e4ea_cc46

Using Deletion Mutants to Determine Gene Order

Deletion mutants are an essential tool in genetics for uncovering the order of six (6) genes on a chromosome. Deletions remove specific regions of the chromosome, allowing researchers to observe the effects of the missing genes on the phenotype of the organism. This approach is particularly useful for identifying the locations of recessive genes, which are only revealed when the corresponding wildtype copies are absent.

In a test cross involving deletion mutants, one parent carries a full-length wildtype chromosome and a second chromosome with a deletion, while the other parent is homozygous recessive for all six genes. Offspring inheriting the full-length wildtype chromosome display the dominant phenotype for all six genes in the test cross. However, offspring inheriting the chromosome with the deletion will display some recessive traits. These recessive traits uncover the missing genes in the deleted region. By analyzing which genes are uncovered in a series of different deletion mutants, the linear order of the genes can be determined.

In organisms such as Drosophila melanogaster, polytene chromosomes from the salivary glands provide a physical map for studying deletions. Polytene chromosomes are giant chromosomes with distinct banding patterns, allowing researchers to directly visualize which regions of the chromosome are deleted. This visual representation complements the genetic data obtained from test crosses.

For this problem, deletion mutants have been generated for a chromosome containing six genes. Your goal is to analyze the phenotypic data resulting from these deletions and determine the correct linear order of the genes.

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, F, H, M, T, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: F, T, and X
Deletion #2: A, F, T, and X
Deletion #3: A, F, M, and X
Deletion #4: A, F, and M
Deletion #5: A, F, H, T, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

HAXFTM: gene order of H, A, X, F, T, and M Incorrect HAXTFM: gene order of H, A, X, T, F, and M Incorrect HTXFAM: gene order of H, T, X, F, A, and M Correct HXATFM: gene order of H, X, A, T, F, and M Incorrect HXTAFM: gene order of H, X, T, A, F, and M Incorrect HXTFAM: gene order of H, X, T, F, A, and M Incorrect MC

7ded_576a

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, E, J, K, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, J, K, and T
Deletion #2: B, E, J, and K
Deletion #3: B and K
Deletion #4: B, J, K, and T
Deletion #5: B, J, T, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

EBKJTZ: gene order of E, B, K, J, T, and Z Incorrect EBKJZT: gene order of E, B, K, J, Z, and T Incorrect EJKBTZ: gene order of E, J, K, B, T, and Z Incorrect EKBJTZ: gene order of E, K, B, J, T, and Z Correct EKBJZT: gene order of E, K, B, J, Z, and T Incorrect EKJBTZ: gene order of E, K, J, B, T, and Z Incorrect MC

a914_57e8

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, B, M, P, Q, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, M, P, and Q
Deletion #2: B, M, P, and Y
Deletion #3: A, P, and Y
Deletion #4: B and Q
Deletion #5: B, M, P, Q, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

APMYBQ: gene order of A, P, M, Y, B, and Q Incorrect APMYQB: gene order of A, P, M, Y, Q, and B Incorrect APYMBQ: gene order of A, P, Y, M, B, and Q Incorrect AYPBMQ: gene order of A, Y, P, B, M, and Q Incorrect AYPMBQ: gene order of A, Y, P, M, B, and Q Correct AYPMQB: gene order of A, Y, P, M, Q, and B Incorrect MC

6653_7f30

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, C, J, K, Q, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: J, Q, W, and X
Deletion #2: K and X
Deletion #3: C, J, K, Q, and X
Deletion #4: K, Q, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CJKXWQ: gene order of C, J, K, X, W, and Q Incorrect CKJXQW: gene order of C, K, J, X, Q, and W Incorrect CKJXWQ: gene order of C, K, J, X, W, and Q Incorrect CKXJQW: gene order of C, K, X, J, Q, and W Incorrect CKXQJW: gene order of C, K, X, Q, J, and W Correct CKXQWJ: gene order of C, K, X, Q, W, and J Incorrect MC

fbb9_6d5a

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, D, E, J, R, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, E, J, and R
Deletion #2: B, D, E, and R
Deletion #3: B, E, R, and X
Deletion #4: B, D, E, R, and X
Deletion #5: D, J, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JDRBEX: gene order of J, D, R, B, E, and X Incorrect JDREBX: gene order of J, D, R, E, B, and X Correct JDREXB: gene order of J, D, R, E, X, and B Incorrect JRDEXB: gene order of J, R, D, E, X, and B Incorrect JRDXEB: gene order of J, R, D, X, E, and B Incorrect JREDXB: gene order of J, R, E, D, X, and B Incorrect MC

00c9_a2aa

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, K, P, Q, S, T, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: P, Q, S, T, and Y
Deletion #2: Q, S, T, and Y
Deletion #3: Q, T, and Y
Deletion #4: K, P, S, and T
Deletion #5: K, P, Q, S, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KPSQTY: gene order of K, P, S, Q, T, and Y Incorrect KPSTQY: gene order of K, P, S, T, Q, and Y Correct KPTSQY: gene order of K, P, T, S, Q, and Y Incorrect KPTSYQ: gene order of K, P, T, S, Y, and Q Incorrect KTPSQY: gene order of K, T, P, S, Q, and Y Incorrect KTPSYQ: gene order of K, T, P, S, Y, and Q Incorrect MC

6266_8b5b

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, B, Q, R, T, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, B, Q, and X
Deletion #2: A, B, Q, R, and X
Deletion #3: A, B, T, and X
Deletion #4: A and B
Deletion #5: A and Q

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

RABQXT: gene order of R, A, B, Q, X, and T Incorrect RAQBTX: gene order of R, A, Q, B, T, and X Incorrect RAQBXT: gene order of R, A, Q, B, X, and T Incorrect RBAQXT: gene order of R, B, A, Q, X, and T Incorrect RQABXT: gene order of R, Q, A, B, X, and T Correct RQBAXT: gene order of R, Q, B, A, X, and T Incorrect MC

462b_0e35

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, C, H, P, Q, and S, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, H, P, Q, and S
Deletion #2: B, H, Q, and S
Deletion #3: B, H, and S
Deletion #4: C, H, P, and Q
Deletion #5: C, H, Q, and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BHSCQP: gene order of B, H, S, C, Q, and P Incorrect BHSQCP: gene order of B, H, S, Q, C, and P Incorrect BHSQPC: gene order of B, H, S, Q, P, and C Incorrect BSHQCP: gene order of B, S, H, Q, C, and P Correct BSQHCP: gene order of B, S, Q, H, C, and P Incorrect BSQHPC: gene order of B, S, Q, H, P, and C Incorrect MC

e8eb_6e1e

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, E, P, R, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, P, Y, and Z
Deletion #2: B, E, Y, and Z
Deletion #3: B, R, Y, and Z
Deletion #4: B, R, and Z
Deletion #5: E, P, Y, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PEYBZR: gene order of P, E, Y, B, Z, and R Incorrect PEYZBR: gene order of P, E, Y, Z, B, and R Correct PYEBZR: gene order of P, Y, E, B, Z, and R Incorrect PYEZBR: gene order of P, Y, E, Z, B, and R Incorrect PYZEBR: gene order of P, Y, Z, E, B, and R Incorrect PZYEBR: gene order of P, Z, Y, E, B, and R Incorrect MC

d9ea_daaa

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, D, F, Q, S, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, Q, S, and W
Deletion #2: B, D, Q, S, and W
Deletion #3: B, D, F, Q, and S
Deletion #4: Q and S
Deletion #5: B, D, F, and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FBDSQW: gene order of F, B, D, S, Q, and W Incorrect FDBQSW: gene order of F, D, B, Q, S, and W Incorrect FDBQWS: gene order of F, D, B, Q, W, and S Incorrect FDBSQW: gene order of F, D, B, S, Q, and W Correct FDQBWS: gene order of F, D, Q, B, W, and S Incorrect FDSBQW: gene order of F, D, S, B, Q, and W Incorrect MC

569c_1b1a

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, C, G, H, J, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, G, H, and J
Deletion #2: A, C, J, and Y
Deletion #3: C, G, H, J, and Y
Deletion #4: A, C, H, J, and Y
Deletion #5: G, H, and J

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

ACYJGH: gene order of A, C, Y, J, G, and H Incorrect ACYJHG: gene order of A, C, Y, J, H, and G Incorrect AYCJGH: gene order of A, Y, C, J, G, and H Incorrect AYCJHG: gene order of A, Y, C, J, H, and G Correct AYJCHG: gene order of A, Y, J, C, H, and G Incorrect AYJHCG: gene order of A, Y, J, H, C, and G Incorrect MC

dcb9_ccb9

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, J, Q, R, T, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, R, T, and W
Deletion #2: R and T
Deletion #3: D, J, R, T, and W
Deletion #4: J, R, T, and W
Deletion #5: D, Q, R, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JRTDQW: gene order of J, R, T, D, Q, and W Incorrect JRTDWQ: gene order of J, R, T, D, W, and Q Incorrect JRTWDQ: gene order of J, R, T, W, D, and Q Incorrect JTRDWQ: gene order of J, T, R, D, W, and Q Incorrect JTRWDQ: gene order of J, T, R, W, D, and Q Correct JTWRDQ: gene order of J, T, W, R, D, and Q Incorrect MC

57b0_1524

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, F, H, M, P, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, F, M, and P
Deletion #2: A and Y
Deletion #3: A, H, M, P, and Y
Deletion #4: A, H, M, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FAMPYH: gene order of F, A, M, P, Y, and H Incorrect FMAPYH: gene order of F, M, A, P, Y, and H Incorrect FMPAYH: gene order of F, M, P, A, Y, and H Incorrect FPMAYH: gene order of F, P, M, A, Y, and H Correct FPMYAH: gene order of F, P, M, Y, A, and H Incorrect FPYMAH: gene order of F, P, Y, M, A, and H Incorrect MC

8f63_c9ae

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, C, D, G, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, G, X, and Y
Deletion #2: B, D, G, and Y
Deletion #3: C, G, and X
Deletion #4: G, X, and Y
Deletion #5: C, G, X, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CGXBYD: gene order of C, G, X, B, Y, and D Incorrect CGXYBD: gene order of C, G, X, Y, B, and D Incorrect CGYXBD: gene order of C, G, Y, X, B, and D Incorrect CXGBYD: gene order of C, X, G, B, Y, and D Incorrect CXGYBD: gene order of C, X, G, Y, B, and D Correct CYGXBD: gene order of C, Y, G, X, B, and D Incorrect MC

0d19_b179

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, D, F, P, S, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, F, and P
Deletion #2: B, F, P, S, and W
Deletion #3: B, F, S, and W
Deletion #4: F, P, S, and W
Deletion #5: D, F, P, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BFSWDP: gene order of B, F, S, W, D, and P Incorrect BSFWDP: gene order of B, S, F, W, D, and P Incorrect BSWFDP: gene order of B, S, W, F, D, and P Incorrect BSWFPD: gene order of B, S, W, F, P, and D Correct BWSFDP: gene order of B, W, S, F, D, and P Incorrect BWSFPD: gene order of B, W, S, F, P, and D Incorrect MC

c9c3_e0a6

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, F, K, S, T, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: K, T, and Y
Deletion #2: F, S, and T
Deletion #3: F, S, T, and Y
Deletion #4: F, K, S, T, and Y
Deletion #5: B, F, K, T, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BKTFYS: gene order of B, K, T, F, Y, and S Incorrect BKTYFS: gene order of B, K, T, Y, F, and S Incorrect BKYTFS: gene order of B, K, Y, T, F, and S Correct BKYTSF: gene order of B, K, Y, T, S, and F Incorrect BTKYFS: gene order of B, T, K, Y, F, and S Incorrect BYKTSF: gene order of B, Y, K, T, S, and F Incorrect MC

b481_c93e

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, K, M, P, Q, and W, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: K, Q, and W
Deletion #2: K and P
Deletion #3: A, K, P, and W
Deletion #4: K, M, P, Q, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

AKPWMQ: gene order of A, K, P, W, M, and Q Incorrect AKPWQM: gene order of A, K, P, W, Q, and M Incorrect APKWMQ: gene order of A, P, K, W, M, and Q Incorrect APKWQM: gene order of A, P, K, W, Q, and M Correct APWKMQ: gene order of A, P, W, K, M, and Q Incorrect APWKQM: gene order of A, P, W, K, Q, and M Incorrect MC

2aa8_ca1a

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, E, H, M, R, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, M, R, and Z
Deletion #2: E, R, and Z
Deletion #3: A, M, and Z
Deletion #4: A, E, M, R, and Z
Deletion #5: A, E, H, R, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

HERAZM: gene order of H, E, R, A, Z, and M Incorrect HERZAM: gene order of H, E, R, Z, A, and M Correct HEZARM: gene order of H, E, Z, A, R, and M Incorrect HEZRAM: gene order of H, E, Z, R, A, and M Incorrect HREAZM: gene order of H, R, E, A, Z, and M Incorrect HREZAM: gene order of H, R, E, Z, A, and M Incorrect MC

8b77_2563

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, D, H, J, K, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A and D
Deletion #2: A, D, H, and K
Deletion #3: A, D, H, K, and Z
Deletion #4: D, J, K, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

HADKZJ: gene order of H, A, D, K, Z, and J Correct HAKDZJ: gene order of H, A, K, D, Z, and J Incorrect HDAKZJ: gene order of H, D, A, K, Z, and J Incorrect HDAZKJ: gene order of H, D, A, Z, K, and J Incorrect HKADZJ: gene order of H, K, A, D, Z, and J Incorrect HKAZDJ: gene order of H, K, A, Z, D, and J Incorrect MC

3164_0d03

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, C, J, P, Q, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, J, P, and Y
Deletion #2: C, Q, and Y
Deletion #3: A, C, P, Q, and Y
Deletion #4: A, J, P, Q, and Y
Deletion #5: C, P, Q, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CQYAJP: gene order of C, Q, Y, A, J, and P Incorrect CQYAPJ: gene order of C, Q, Y, A, P, and J Incorrect CQYPAJ: gene order of C, Q, Y, P, A, and J Correct CYQAJP: gene order of C, Y, Q, A, J, and P Incorrect CYQAPJ: gene order of C, Y, Q, A, P, and J Incorrect CYQPAJ: gene order of C, Y, Q, P, A, and J Incorrect MC

4add_08d7

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, E, F, H, P, Q, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, F, P, Q, and X
Deletion #2: E, F, P, and X
Deletion #3: P, Q, and X
Deletion #4: E, H, P, Q, and X
Deletion #5: E, F, and P

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FEPQXH: gene order of F, E, P, Q, X, and H Incorrect FEPXHQ: gene order of F, E, P, X, H, and Q Incorrect FEPXQH: gene order of F, E, P, X, Q, and H Correct FPEQXH: gene order of F, P, E, Q, X, and H Incorrect FPEXQH: gene order of F, P, E, X, Q, and H Incorrect FPXEQH: gene order of F, P, X, E, Q, and H Incorrect MC

e613_901c

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, H, M, Q, R, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, H, M, Q, and Z
Deletion #2: H, M, Q, and R
Deletion #3: H, Q, and Z
Deletion #4: H, M, Q, R, and Z
Deletion #5: H and M

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BMZQHR: gene order of B, M, Z, Q, H, and R Incorrect BQZHMR: gene order of B, Q, Z, H, M, and R Incorrect BZMQHR: gene order of B, Z, M, Q, H, and R Incorrect BZMQRH: gene order of B, Z, M, Q, R, and H Incorrect BZQHMR: gene order of B, Z, Q, H, M, and R Correct BZQMHR: gene order of B, Z, Q, M, H, and R Incorrect MC

1d16_1229

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, D, J, M, P, and R, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, D, J, and R
Deletion #2: B, D, J, M, and P
Deletion #3: B, J, and R
Deletion #4: D, J, and M

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PDMJBR: gene order of P, D, M, J, B, and R Incorrect PDMJRB: gene order of P, D, M, J, R, and B Incorrect PMDBJR: gene order of P, M, D, B, J, and R Incorrect PMDJBR: gene order of P, M, D, J, B, and R Correct PMDJRB: gene order of P, M, D, J, R, and B Incorrect PMJDRB: gene order of P, M, J, D, R, and B Incorrect MC

b2b8_b8e9

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, B, D, J, P, and S, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, B, D, and P
Deletion #2: A, P, and S
Deletion #3: A, B, D, J, and P
Deletion #4: A, B, P, and S
Deletion #5: A, B, D, and J

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JADBSP: gene order of J, A, D, B, S, and P Incorrect JDABSP: gene order of J, D, A, B, S, and P Incorrect JDASBP: gene order of J, D, A, S, B, and P Incorrect JDBAPS: gene order of J, D, B, A, P, and S Correct JDBASP: gene order of J, D, B, A, S, and P Incorrect JDBPAS: gene order of J, D, B, P, A, and S Incorrect MC

97ab_b175

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, H, J, K, R, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, H, R, and Y
Deletion #2: H, J, R, and Y
Deletion #3: C, H, K, and Y
Deletion #4: C, K, and Y
Deletion #5: H, R, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JHRYCK: gene order of J, H, R, Y, C, and K Incorrect JRHKYC: gene order of J, R, H, K, Y, and C Incorrect JRHYCK: gene order of J, R, H, Y, C, and K Correct JRHYKC: gene order of J, R, H, Y, K, and C Incorrect JRYCHK: gene order of J, R, Y, C, H, and K Incorrect JRYHCK: gene order of J, R, Y, H, C, and K Incorrect MC

f823_fd42

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, E, G, K, R, S, and T, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: G, R, and T
Deletion #2: E, G, K, R, and T
Deletion #3: E, G, K, R, and S
Deletion #4: E, K, and R
Deletion #5: K and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

SEGKRT: gene order of S, E, G, K, R, and T Incorrect SEKGRT: gene order of S, E, K, G, R, and T Incorrect SEKGTR: gene order of S, E, K, G, T, and R Incorrect SKEGRT: gene order of S, K, E, G, R, and T Incorrect SKERGT: gene order of S, K, E, R, G, and T Correct SKERTG: gene order of S, K, E, R, T, and G Incorrect MC

1411_1530

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, D, H, K, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, H, and Y
Deletion #2: D, H, K, and Y
Deletion #3: B, D, Y, and Z
Deletion #4: B, D, and Z
Deletion #5: B, D, H, K, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KHDYBZ: gene order of K, H, D, Y, B, and Z Incorrect KHDYZB: gene order of K, H, D, Y, Z, and B Incorrect KHYDBZ: gene order of K, H, Y, D, B, and Z Correct KHYDZB: gene order of K, H, Y, D, Z, and B Incorrect KHYZDB: gene order of K, H, Y, Z, D, and B Incorrect KYHDZB: gene order of K, Y, H, D, Z, and B Incorrect MC

d208_5c86

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, E, H, J, P, Q, and R, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: H, J, P, and Q
Deletion #2: E, H, J, and R
Deletion #3: E, H, J, P, and Q
Deletion #4: J, P, and Q
Deletion #5: E, H, J, Q, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PJQHER: gene order of P, J, Q, H, E, and R Incorrect PQHJER: gene order of P, Q, H, J, E, and R Incorrect PQHJRE: gene order of P, Q, H, J, R, and E Incorrect PQJHER: gene order of P, Q, J, H, E, and R Correct PQJHRE: gene order of P, Q, J, H, R, and E Incorrect PQJRHE: gene order of P, Q, J, R, H, and E Incorrect MC

b53d_a48d

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, D, E, M, T, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, M, T, and W
Deletion #2: A, E, and T
Deletion #3: D, M, T, and W
Deletion #4: D, E, M, T, and W
Deletion #5: A, E, M, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

AEMTWD: gene order of A, E, M, T, W, and D Incorrect AETMWD: gene order of A, E, T, M, W, and D Correct AETWMD: gene order of A, E, T, W, M, and D Incorrect AEWTMD: gene order of A, E, W, T, M, and D Incorrect AMETWD: gene order of A, M, E, T, W, and D Incorrect AWETMD: gene order of A, W, E, T, M, and D Incorrect MC

542a_2762

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, D, F, M, R, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, F, and R
Deletion #2: D, F, M, R, and Y
Deletion #3: B, M, and R
Deletion #4: B, D, M, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BMRDFY: gene order of B, M, R, D, F, and Y Correct BMRDYF: gene order of B, M, R, D, Y, and F Incorrect BMRFDY: gene order of B, M, R, F, D, and Y Incorrect BMRYDF: gene order of B, M, R, Y, D, and F Incorrect BMYDRF: gene order of B, M, Y, D, R, and F Incorrect BMYRDF: gene order of B, M, Y, R, D, and F Incorrect MC

509e_0c6b

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, H, M, P, Q, T, and W, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: H, P, Q, and W
Deletion #2: P, Q, and W
Deletion #3: H, Q, T, and W
Deletion #4: H, M, T, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

MTHQPW: gene order of M, T, H, Q, P, and W Incorrect MTHQWP: gene order of M, T, H, Q, W, and P Incorrect MTHWPQ: gene order of M, T, H, W, P, and Q Incorrect MTHWQP: gene order of M, T, H, W, Q, and P Correct MTQHWP: gene order of M, T, Q, H, W, and P Incorrect MTWHQP: gene order of M, T, W, H, Q, and P Incorrect MC

2a89_eb57

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, D, M, Q, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, M, Q, and W
Deletion #2: A, Q, W, and X
Deletion #3: D, M, Q, W, and X
Deletion #4: A, M, Q, W, and X
Deletion #5: D, M, and Q

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

AXQWDM: gene order of A, X, Q, W, D, and M Incorrect AXQWMD: gene order of A, X, Q, W, M, and D Incorrect AXWDQM: gene order of A, X, W, D, Q, and M Incorrect AXWMQD: gene order of A, X, W, M, Q, and D Incorrect AXWQDM: gene order of A, X, W, Q, D, and M Incorrect AXWQMD: gene order of A, X, W, Q, M, and D Correct MC

9b2c_22e6

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, G, J, M, P, T, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: G, M, and T
Deletion #2: G and J
Deletion #3: G, J, M, P, and T
Deletion #4: G, M, P, T, and X
Deletion #5: P, T, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JGMTPX: gene order of J, G, M, T, P, and X Correct JGMTXP: gene order of J, G, M, T, X, and P Incorrect JGTMXP: gene order of J, G, T, M, X, and P Incorrect JGTXMP: gene order of J, G, T, X, M, and P Incorrect JMGTXP: gene order of J, M, G, T, X, and P Incorrect JMGXTP: gene order of J, M, G, X, T, and P Incorrect MC

c072_65da

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, E, H, J, Q, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, E, and J
Deletion #2: A, E, J, and X
Deletion #3: E, J, Q, and X
Deletion #4: E, H, Q, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

AEJQXH: gene order of A, E, J, Q, X, and H Incorrect AEJXQH: gene order of A, E, J, X, Q, and H Incorrect AEQJHX: gene order of A, E, Q, J, H, and X Incorrect AEQJXH: gene order of A, E, Q, J, X, and H Incorrect AEXJQH: gene order of A, E, X, J, Q, and H Incorrect AJEXQH: gene order of A, J, E, X, Q, and H Correct MC

935b_1360

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, D, H, R, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, H, W, and X
Deletion #2: D, H, and R
Deletion #3: C, D, H, W, and X
Deletion #4: D, H, R, and W
Deletion #5: C, D, H, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

RDHCWX: gene order of R, D, H, C, W, and X Incorrect RDHWCX: gene order of R, D, H, W, C, and X Correct RDHWXC: gene order of R, D, H, W, X, and C Incorrect RDWHCX: gene order of R, D, W, H, C, and X Incorrect RDWHXC: gene order of R, D, W, H, X, and C Incorrect RHDWCX: gene order of R, H, D, W, C, and X Incorrect MC

5df4_c7f5

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, E, F, J, S, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: F and Z
Deletion #2: E, F, S, X, and Z
Deletion #3: F and S
Deletion #4: E, F, J, S, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JFSZEX: gene order of J, F, S, Z, E, and X Incorrect JFZESX: gene order of J, F, Z, E, S, and X Incorrect JFZSEX: gene order of J, F, Z, S, E, and X Incorrect JSFZEX: gene order of J, S, F, Z, E, and X Correct JZFESX: gene order of J, Z, F, E, S, and X Incorrect JZFSEX: gene order of J, Z, F, S, E, and X Incorrect MC

9a3a_206a

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, F, H, J, P, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: F, H, and P
Deletion #2: H, J, and T
Deletion #3: F, H, J, T, and Z
Deletion #4: F, H, J, and T
Deletion #5: F, H, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PFHTJZ: gene order of P, F, H, T, J, and Z Correct PFHTZJ: gene order of P, F, H, T, Z, and J Incorrect PHFTJZ: gene order of P, H, F, T, J, and Z Incorrect PHFTZJ: gene order of P, H, F, T, Z, and J Incorrect PHFZTJ: gene order of P, H, F, Z, T, and J Incorrect PHTFZJ: gene order of P, H, T, F, Z, and J Incorrect MC

b1c6_9d87

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, E, K, Q, T, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, Q, and W
Deletion #2: B, E, Q, T, and W
Deletion #3: Q, T, and W
Deletion #4: B, E, K, and Q
Deletion #5: E and K

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KBEQTW: gene order of K, B, E, Q, T, and W Incorrect KBEQWT: gene order of K, B, E, Q, W, and T Incorrect KBEWQT: gene order of K, B, E, W, Q, and T Incorrect KBQEWT: gene order of K, B, Q, E, W, and T Incorrect KEBQWT: gene order of K, E, B, Q, W, and T Correct KEBWQT: gene order of K, E, B, W, Q, and T Incorrect MC

e7f7_eaf5

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, G, M, P, Q, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: G, M, P, and W
Deletion #2: C, G, P, Q, and W
Deletion #3: G, M, P, Q, and W
Deletion #4: C, G, Q, and W
Deletion #5: G, M, and P

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CQWGMP: gene order of C, Q, W, G, M, and P Incorrect CQWGPM: gene order of C, Q, W, G, P, and M Correct CWGPQM: gene order of C, W, G, P, Q, and M Incorrect CWGQMP: gene order of C, W, G, Q, M, and P Incorrect CWGQPM: gene order of C, W, G, Q, P, and M Incorrect CWQGPM: gene order of C, W, Q, G, P, and M Incorrect MC

54c9_94e4

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, G, J, M, P, and Q, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: G, M, P, and Q
Deletion #2: G, J, M, and P
Deletion #3: B, G, P, and Q
Deletion #4: B, P, and Q

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BPGQMJ: gene order of B, P, G, Q, M, and J Incorrect BPQGMJ: gene order of B, P, Q, G, M, and J Incorrect BPQMGJ: gene order of B, P, Q, M, G, and J Incorrect BQPGMJ: gene order of B, Q, P, G, M, and J Correct BQPMGJ: gene order of B, Q, P, M, G, and J Incorrect BQPMJG: gene order of B, Q, P, M, J, and G Incorrect MC

573b_9654

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, F, K, T, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, F, X, and Y
Deletion #2: K, T, X, and Y
Deletion #3: F, K, T, X, and Y
Deletion #4: F, T, X, and Y
Deletion #5: B, F, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BFTXYK: gene order of B, F, T, X, Y, and K Incorrect BFXTKY: gene order of B, F, X, T, K, and Y Incorrect BFXTYK: gene order of B, F, X, T, Y, and K Incorrect BFXYTK: gene order of B, F, X, Y, T, and K Correct BXFYKT: gene order of B, X, F, Y, K, and T Incorrect BXFYTK: gene order of B, X, F, Y, T, and K Incorrect MC

13e8_6ace

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, F, H, J, M, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: J, M, and W
Deletion #2: B, H, J, M, and W
Deletion #3: F, H, M, and W
Deletion #4: B, J, M, and W
Deletion #5: B, J, and M

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BJHMWF: gene order of B, J, H, M, W, and F Incorrect BJMFHW: gene order of B, J, M, F, H, and W Incorrect BJMHFW: gene order of B, J, M, H, F, and W Incorrect BJMHWF: gene order of B, J, M, H, W, and F Incorrect BJMWHF: gene order of B, J, M, W, H, and F Correct BMJHFW: gene order of B, M, J, H, F, and W Incorrect MC

c2b8_91bb

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, F, H, J, M, R, and W, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: H, J, and R
Deletion #2: H, J, M, and R
Deletion #3: F, H, M, and W
Deletion #4: F, H, M, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JHRMFW: gene order of J, H, R, M, F, and W Incorrect JRHMFW: gene order of J, R, H, M, F, and W Correct JRMHFW: gene order of J, R, M, H, F, and W Incorrect JRMHWF: gene order of J, R, M, H, W, and F Incorrect JRMWHF: gene order of J, R, M, W, H, and F Incorrect JRWMHF: gene order of J, R, W, M, H, and F Incorrect MC

029b_a975

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, C, D, Q, S, and T, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, C, and S
Deletion #2: A, C, Q, and S
Deletion #3: C, Q, S, and T
Deletion #4: C, D, Q, and T
Deletion #5: A, C, Q, S, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

ACSTQD: gene order of A, C, S, T, Q, and D Incorrect ASCDTQ: gene order of A, S, C, D, T, and Q Incorrect ASCQTD: gene order of A, S, C, Q, T, and D Correct ASCTDQ: gene order of A, S, C, T, D, and Q Incorrect ASCTQD: gene order of A, S, C, T, Q, and D Incorrect ASQCTD: gene order of A, S, Q, C, T, and D Incorrect MC

79a2_17a4

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, B, K, P, Q, and S, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, P, Q, and S
Deletion #2: B, K, P, Q, and S
Deletion #3: A, K, P, Q, and S
Deletion #4: B, P, and Q
Deletion #5: A, K, Q, and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

AKSQBP: gene order of A, K, S, Q, B, and P Incorrect AKSQPB: gene order of A, K, S, Q, P, and B Correct ASKPQB: gene order of A, S, K, P, Q, and B Incorrect ASKQBP: gene order of A, S, K, Q, B, and P Incorrect ASKQPB: gene order of A, S, K, Q, P, and B Incorrect ASPKQB: gene order of A, S, P, K, Q, and B Incorrect MC

7919_5fec

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, C, J, M, R, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: R, X, and Y
Deletion #2: C, R, X, and Y
Deletion #3: C, J, M, X, and Y
Deletion #4: C, M, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JMCYXR: gene order of J, M, C, Y, X, and R Correct JMYCRX: gene order of J, M, Y, C, R, and X Incorrect JMYCXR: gene order of J, M, Y, C, X, and R Incorrect JMYXCR: gene order of J, M, Y, X, C, and R Incorrect JYMXCR: gene order of J, Y, M, X, C, and R Incorrect JYMXRC: gene order of J, Y, M, X, R, and C Incorrect MC

6cdb_3c0e

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, D, K, M, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: M and Y
Deletion #2: A, D, M, and Y
Deletion #3: D, K, M, and Z
Deletion #4: D, K, M, Y, and Z
Deletion #5: D and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

AMYDZK: gene order of A, M, Y, D, Z, and K Incorrect AYDKMZ: gene order of A, Y, D, K, M, and Z Incorrect AYDMKZ: gene order of A, Y, D, M, K, and Z Incorrect AYDMZK: gene order of A, Y, D, M, Z, and K Incorrect AYMDKZ: gene order of A, Y, M, D, K, and Z Incorrect AYMDZK: gene order of A, Y, M, D, Z, and K Correct MC

5d1d_0673

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, H, K, M, P, S, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: H, K, M, and P
Deletion #2: H, P, and Z
Deletion #3: H, M, P, S, and Z
Deletion #4: H, K, and M

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KHMPSZ: gene order of K, H, M, P, S, and Z Incorrect KHMPZS: gene order of K, H, M, P, Z, and S Incorrect KHMZPS: gene order of K, H, M, Z, P, and S Incorrect KHPMSZ: gene order of K, H, P, M, S, and Z Incorrect KMHPSZ: gene order of K, M, H, P, S, and Z Incorrect KMHPZS: gene order of K, M, H, P, Z, and S Correct MC

0d66_92a5

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, E, H, R, S, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, H, and W
Deletion #2: H, R, and S
Deletion #3: H, R, S, and W
Deletion #4: B and W
Deletion #5: B, E, H, S, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

EBWHSR: gene order of E, B, W, H, S, and R Correct EBWSHR: gene order of E, B, W, S, H, and R Incorrect EHWBSR: gene order of E, H, W, B, S, and R Incorrect EWBHSR: gene order of E, W, B, H, S, and R Incorrect EWBSHR: gene order of E, W, B, S, H, and R Incorrect EWHBSR: gene order of E, W, H, B, S, and R Incorrect MC

13a9_7396

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, C, G, S, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, and G
Deletion #2: B, C, and W
Deletion #3: C, G, and Z
Deletion #4: B, C, G, S, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

SBWCGZ: gene order of S, B, W, C, G, and Z Incorrect SBWCZG: gene order of S, B, W, C, Z, and G Incorrect SWBCGZ: gene order of S, W, B, C, G, and Z Correct SWBCZG: gene order of S, W, B, C, Z, and G Incorrect SWCBGZ: gene order of S, W, C, B, G, and Z Incorrect SWCBZG: gene order of S, W, C, B, Z, and G Incorrect MC

2e99_e4e0

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, C, G, K, P, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, C, G, K, and Y
Deletion #2: C and K
Deletion #3: A, C, G, K, and P
Deletion #4: A and C

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PAGKYC: gene order of P, A, G, K, Y, and C Incorrect PGACKY: gene order of P, G, A, C, K, and Y Correct PGAKCY: gene order of P, G, A, K, C, and Y Incorrect PGAKYC: gene order of P, G, A, K, Y, and C Incorrect PGCAKY: gene order of P, G, C, A, K, and Y Incorrect PGCKAY: gene order of P, G, C, K, A, and Y Incorrect MC

071a_6263

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, E, F, K, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, E, K, and W
Deletion #2: A, F, K, and Y
Deletion #3: A, F, and Y
Deletion #4: A, E, F, and K

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

WEAKFY: gene order of W, E, A, K, F, and Y Incorrect WEFKAY: gene order of W, E, F, K, A, and Y Incorrect WEKAFY: gene order of W, E, K, A, F, and Y Correct WEKFAY: gene order of W, E, K, F, A, and Y Incorrect WEKFYA: gene order of W, E, K, F, Y, and A Incorrect WKEAFY: gene order of W, K, E, A, F, and Y Incorrect MC

67e8_c4fa

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, D, G, J, P, and W, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, G, J, and W
Deletion #2: D, J, P, and W
Deletion #3: B, D, G, and J
Deletion #4: D, P, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BGDJPW: gene order of B, G, D, J, P, and W Incorrect BGDJWP: gene order of B, G, D, J, W, and P Incorrect BGJDWP: gene order of B, G, J, D, W, and P Correct BGJWDP: gene order of B, G, J, W, D, and P Incorrect BGJWPD: gene order of B, G, J, W, P, and D Incorrect BJGDWP: gene order of B, J, G, D, W, and P Incorrect MC

bdc2_94b8

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, F, G, S, T, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: T, W, and Z
Deletion #2: G, S, W, and Z
Deletion #3: G, T, W, and Z
Deletion #4: G, S, and W
Deletion #5: F, G, and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FGSWZT: gene order of F, G, S, W, Z, and T Incorrect FGWSZT: gene order of F, G, W, S, Z, and T Incorrect FGWZST: gene order of F, G, W, Z, S, and T Incorrect FSGWZT: gene order of F, S, G, W, Z, and T Correct FSWGZT: gene order of F, S, W, G, Z, and T Incorrect FSWZGT: gene order of F, S, W, Z, G, and T Incorrect MC

9bef_5fb9

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, H, J, P, T, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, H, J, P, and T
Deletion #2: A, H, and J
Deletion #3: A, H, P, T, and Y
Deletion #4: A, H, J, and T
Deletion #5: H, P, T, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JAHTPY: gene order of J, A, H, T, P, and Y Correct JAHTYP: gene order of J, A, H, T, Y, and P Incorrect JAHYTP: gene order of J, A, H, Y, T, and P Incorrect JAYHTP: gene order of J, A, Y, H, T, and P Incorrect JHATYP: gene order of J, H, A, T, Y, and P Incorrect JHAYTP: gene order of J, H, A, Y, T, and P Incorrect MC

d4cd_70a6

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, C, E, P, Q, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: P and Q
Deletion #2: B, C, and W
Deletion #3: B, C, E, Q, and W
Deletion #4: B, C, and Q
Deletion #5: B and Q

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

ECWBQP: gene order of E, C, W, B, Q, and P Incorrect ECWQBP: gene order of E, C, W, Q, B, and P Incorrect EWBCPQ: gene order of E, W, B, C, P, and Q Incorrect EWBCQP: gene order of E, W, B, C, Q, and P Incorrect EWCBPQ: gene order of E, W, C, B, P, and Q Incorrect EWCBQP: gene order of E, W, C, B, Q, and P Correct MC

9bf5_e600

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, F, K, M, S, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, F, K, and S
Deletion #2: D, K, and S
Deletion #3: D, F, K, M, and W
Deletion #4: D, F, K, S, and W
Deletion #5: D, F, M, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

MFWDKS: gene order of M, F, W, D, K, and S Incorrect MFWDSK: gene order of M, F, W, D, S, and K Incorrect MWFDKS: gene order of M, W, F, D, K, and S Correct MWFDSK: gene order of M, W, F, D, S, and K Incorrect MWFKDS: gene order of M, W, F, K, D, and S Incorrect MWFSDK: gene order of M, W, F, S, D, and K Incorrect MC

eba8_46c3

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, C, F, H, S, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, F, and H
Deletion #2: B, C, F, and X
Deletion #3: F, S, and X
Deletion #4: B, F, S, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

HBCFXS: gene order of H, B, C, F, X, and S Incorrect HCBFXS: gene order of H, C, B, F, X, and S Correct HCFBXS: gene order of H, C, F, B, X, and S Incorrect HCFXBS: gene order of H, C, F, X, B, and S Incorrect HCXFBS: gene order of H, C, X, F, B, and S Incorrect HCXFSB: gene order of H, C, X, F, S, and B Incorrect MC

0b6f_e5d1

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, B, C, H, P, and R, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, B, C, and R
Deletion #2: A, P, and R
Deletion #3: A, C, H, P, and R
Deletion #4: B, C, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BACRHP: gene order of B, A, C, R, H, and P Incorrect BCARHP: gene order of B, C, A, R, H, and P Incorrect BCRAHP: gene order of B, C, R, A, H, and P Incorrect BCRAPH: gene order of B, C, R, A, P, and H Correct BCRPAH: gene order of B, C, R, P, A, and H Incorrect BRCAPH: gene order of B, R, C, A, P, and H Incorrect MC

d50a_db83

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, P, R, S, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, P, R, W, and X
Deletion #2: B, P, R, and X
Deletion #3: B, R, S, W, and X
Deletion #4: P and R
Deletion #5: W and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PBRSWX: gene order of P, B, R, S, W, and X Incorrect PBRWSX: gene order of P, B, R, W, S, and X Incorrect PBRWXS: gene order of P, B, R, W, X, and S Incorrect PRBWXS: gene order of P, R, B, W, X, and S Incorrect PRBXWS: gene order of P, R, B, X, W, and S Correct PRXBWS: gene order of P, R, X, B, W, and S Incorrect MC

f2e0_54b1

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, F, G, K, S, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, F, K, and Y
Deletion #2: D, F, K, S, and Y
Deletion #3: D, F, G, S, and Y
Deletion #4: F and S
Deletion #5: F, G, S, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

GFSYKD: gene order of G, F, S, Y, K, and D Incorrect GSFKYD: gene order of G, S, F, K, Y, and D Incorrect GSFYDK: gene order of G, S, F, Y, D, and K Correct GSFYKD: gene order of G, S, F, Y, K, and D Incorrect GSKFYD: gene order of G, S, K, F, Y, and D Incorrect GSKYFD: gene order of G, S, K, Y, F, and D Incorrect MC

160f_65df

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, D, E, F, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, D, E, X, and Y
Deletion #2: C, E, F, and Y
Deletion #3: C, E, X, and Y
Deletion #4: D, E, X, and Y
Deletion #5: C, F, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DEXFYC: gene order of D, E, X, F, Y, and C Incorrect DXEFYC: gene order of D, X, E, F, Y, and C Incorrect DXEYCF: gene order of D, X, E, Y, C, and F Correct DXEYFC: gene order of D, X, E, Y, F, and C Incorrect DXYECF: gene order of D, X, Y, E, C, and F Incorrect DXYEFC: gene order of D, X, Y, E, F, and C Incorrect MC

ec96_2563

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, D, E, P, T, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, T, and W
Deletion #2: W and Z
Deletion #3: D, P, W, and Z
Deletion #4: D, T, W, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

ETWZDP: gene order of E, T, W, Z, D, and P Correct EWTDZP: gene order of E, W, T, D, Z, and P Incorrect EWTZDP: gene order of E, W, T, Z, D, and P Incorrect EWZTDP: gene order of E, W, Z, T, D, and P Incorrect EWZTPD: gene order of E, W, Z, T, P, and D Incorrect EZWTDP: gene order of E, Z, W, T, D, and P Incorrect MC

5b9d_f40a

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, C, F, H, Q, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, C, F, and H
Deletion #2: C, F, H, and Q
Deletion #3: C, F, Q, and X
Deletion #4: A, C, and H
Deletion #5: C, F, H, Q, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

ACFHQX: gene order of A, C, F, H, Q, and X Incorrect ACFHXQ: gene order of A, C, F, H, X, and Q Incorrect ACHFQX: gene order of A, C, H, F, Q, and X Incorrect ACHFXQ: gene order of A, C, H, F, X, and Q Incorrect AFCHQX: gene order of A, F, C, H, Q, and X Incorrect AHCFQX: gene order of A, H, C, F, Q, and X Correct MC

3390_db4f

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, B, J, W, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, B, W, X, and Z
Deletion #2: A, W, and X
Deletion #3: A, B, and X
Deletion #4: J, W, X, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BAWXZJ: gene order of B, A, W, X, Z, and J Incorrect BAWZXJ: gene order of B, A, W, Z, X, and J Incorrect BAXWZJ: gene order of B, A, X, W, Z, and J Correct BXAWZJ: gene order of B, X, A, W, Z, and J Incorrect BXAZWJ: gene order of B, X, A, Z, W, and J Incorrect BXWAZJ: gene order of B, X, W, A, Z, and J Incorrect MC

9899_a4f6

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, E, J, K, Q, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, J, and Q
Deletion #2: E, J, and Q
Deletion #3: A, E, J, Q, and X
Deletion #4: A, K, Q, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

EJQAKX: gene order of E, J, Q, A, K, and X Incorrect EJQAXK: gene order of E, J, Q, A, X, and K Correct EQAJXK: gene order of E, Q, A, J, X, and K Incorrect EQJAKX: gene order of E, Q, J, A, K, and X Incorrect EQJAXK: gene order of E, Q, J, A, X, and K Incorrect EQJXAK: gene order of E, Q, J, X, A, and K Incorrect MC

2e7b_cb6c

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, D, H, K, M, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, K, M, and Z
Deletion #2: D, H, and M
Deletion #3: A, K, M, and Z
Deletion #4: D, H, M, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

AKMZDH: gene order of A, K, M, Z, D, and H Incorrect AKZDMH: gene order of A, K, Z, D, M, and H Incorrect AKZMDH: gene order of A, K, Z, M, D, and H Correct AKZMHD: gene order of A, K, Z, M, H, and D Incorrect AMKDZH: gene order of A, M, K, D, Z, and H Incorrect AMKZDH: gene order of A, M, K, Z, D, and H Incorrect MC

8a61_ac89

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, J, P, R, S, T, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: J, R, S, T, and W
Deletion #2: J, S, T, and W
Deletion #3: J, P, R, T, and W
Deletion #4: J, S, and T
Deletion #5: J, P, R, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PRJWST: gene order of P, R, J, W, S, and T Incorrect PRJWTS: gene order of P, R, J, W, T, and S Incorrect PRWJST: gene order of P, R, W, J, S, and T Incorrect PRWJTS: gene order of P, R, W, J, T, and S Correct PRWSJT: gene order of P, R, W, S, J, and T Incorrect PWRJST: gene order of P, W, R, J, S, and T Incorrect MC

1a43_e84f

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, P, Q, R, T, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, P, and R
Deletion #2: C, Q, R, T, and Y
Deletion #3: C, P, R, and Y
Deletion #4: Q, R, T, and Y
Deletion #5: C, R, T, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PCRYQT: gene order of P, C, R, Y, Q, and T Incorrect PCRYTQ: gene order of P, C, R, Y, T, and Q Correct PRCQYT: gene order of P, R, C, Q, Y, and T Incorrect PRCYQT: gene order of P, R, C, Y, Q, and T Incorrect PRCYTQ: gene order of P, R, C, Y, T, and Q Incorrect PRYCTQ: gene order of P, R, Y, C, T, and Q Incorrect MC

a92b_6b5a

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, E, H, K, M, P, and T, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: H, K, M, P, and T
Deletion #2: K, M, and T
Deletion #3: E, K, M, and P
Deletion #4: K and P

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

EKPMTH: gene order of E, K, P, M, T, and H Incorrect EPKMHT: gene order of E, P, K, M, H, and T Incorrect EPKMTH: gene order of E, P, K, M, T, and H Correct EPKTMH: gene order of E, P, K, T, M, and H Incorrect EPMKHT: gene order of E, P, M, K, H, and T Incorrect EPMKTH: gene order of E, P, M, K, T, and H Incorrect MC

3d3f_8681

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, E, J, P, Q, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, J, P, and Z
Deletion #2: D, E, J, and Z
Deletion #3: D and Z
Deletion #4: D, E, J, Q, and Z
Deletion #5: E, J, Q, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PDZJEQ: gene order of P, D, Z, J, E, and Q Correct PDZJQE: gene order of P, D, Z, J, Q, and E Incorrect PZDJEQ: gene order of P, Z, D, J, E, and Q Incorrect PZDJQE: gene order of P, Z, D, J, Q, and E Incorrect PZDQJE: gene order of P, Z, D, Q, J, and E Incorrect PZJDEQ: gene order of P, Z, J, D, E, and Q Incorrect MC

9d0e_0421

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, J, K, P, S, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, J, and X
Deletion #2: D, P, S, and X
Deletion #3: J, K, and X
Deletion #4: D, J, P, S, and X
Deletion #5: D, J, K, P, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KJDXPS: gene order of K, J, D, X, P, and S Incorrect KJDXSP: gene order of K, J, D, X, S, and P Incorrect KJXDPS: gene order of K, J, X, D, P, and S Correct KJXDSP: gene order of K, J, X, D, S, and P Incorrect KJXPDS: gene order of K, J, X, P, D, and S Incorrect KJXSDP: gene order of K, J, X, S, D, and P Incorrect MC

89af_d8df

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, C, G, J, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, G, T, and Z
Deletion #2: A, C, G, and Z
Deletion #3: C, G, J, and T
Deletion #4: A, C, G, T, and Z
Deletion #5: C, J, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

AGCZJT: gene order of A, G, C, Z, J, and T Incorrect AGZCJT: gene order of A, G, Z, C, J, and T Incorrect AGZJCT: gene order of A, G, Z, J, C, and T Incorrect AZCGTJ: gene order of A, Z, C, G, T, and J Incorrect AZGCJT: gene order of A, Z, G, C, J, and T Incorrect AZGCTJ: gene order of A, Z, G, C, T, and J Correct MC

d65b_f304

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, G, H, P, T, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: H, P, T, and W
Deletion #2: G, P, and Y
Deletion #3: G, H, P, and W
Deletion #4: G, H, P, and Y
Deletion #5: G, H, P, T, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

TPWYHG: gene order of T, P, W, Y, H, and G Incorrect TWHPGY: gene order of T, W, H, P, G, and Y Correct TWPHGY: gene order of T, W, P, H, G, and Y Incorrect TWPHYG: gene order of T, W, P, H, Y, and G Incorrect TWPYHG: gene order of T, W, P, Y, H, and G Incorrect TWYPHG: gene order of T, W, Y, P, H, and G Incorrect MC

eaaf_04f0

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, B, C, J, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, T, and Z
Deletion #2: A, B, C, J, and Z
Deletion #3: A, C, and J
Deletion #4: A, C, J, and Z
Deletion #5: C, J, T, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BACJZT: gene order of B, A, C, J, Z, and T Incorrect BAJCZT: gene order of B, A, J, C, Z, and T Correct BAJZCT: gene order of B, A, J, Z, C, and T Incorrect BAZJCT: gene order of B, A, Z, J, C, and T Incorrect BAZJTC: gene order of B, A, Z, J, T, and C Incorrect BZAJTC: gene order of B, Z, A, J, T, and C Incorrect MC

3093_255c

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, D, H, J, K, P, and R, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, H, K, and P
Deletion #2: D, J, K, and R
Deletion #3: D, H, K, and R
Deletion #4: J, K, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JKRDHP: gene order of J, K, R, D, H, and P Incorrect JKRDPH: gene order of J, K, R, D, P, and H Incorrect JKRHDP: gene order of J, K, R, H, D, and P Incorrect JRDKHP: gene order of J, R, D, K, H, and P Incorrect JRKDHP: gene order of J, R, K, D, H, and P Correct JRKHDP: gene order of J, R, K, H, D, and P Incorrect MC

6c08_4a47

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, E, H, K, M, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, E, K, and M
Deletion #2: A, E, H, and W
Deletion #3: A, H, and W
Deletion #4: A, E, M, and W
Deletion #5: A, E, H, M, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

HAWEMK: gene order of H, A, W, E, M, and K Incorrect HAWMEK: gene order of H, A, W, M, E, and K Incorrect HAWMKE: gene order of H, A, W, M, K, and E Incorrect HWAEKM: gene order of H, W, A, E, K, and M Incorrect HWAEMK: gene order of H, W, A, E, M, and K Correct HWAMEK: gene order of H, W, A, M, E, and K Incorrect MC

da07_fa7f

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, B, P, S, T, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, P, S, T, and Y
Deletion #2: A, P, T, and Y
Deletion #3: B, P, S, T, and Y
Deletion #4: B, S, T, and Y
Deletion #5: A, P, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

APTYBS: gene order of A, P, T, Y, B, and S Incorrect APTYSB: gene order of A, P, T, Y, S, and B Correct ATPBYS: gene order of A, T, P, B, Y, and S Incorrect ATPYBS: gene order of A, T, P, Y, B, and S Incorrect ATPYSB: gene order of A, T, P, Y, S, and B Incorrect ATYPBS: gene order of A, T, Y, P, B, and S Incorrect MC

c404_e2c8

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, C, E, H, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, H, and Y
Deletion #2: B, H, Y, and Z
Deletion #3: B, C, and E
Deletion #4: B, C, E, and H

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CBEHYZ: gene order of C, B, E, H, Y, and Z Incorrect CEBHYZ: gene order of C, E, B, H, Y, and Z Correct CEBYHZ: gene order of C, E, B, Y, H, and Z Incorrect CEHBYZ: gene order of C, E, H, B, Y, and Z Incorrect CEYBHZ: gene order of C, E, Y, B, H, and Z Incorrect CHEBYZ: gene order of C, H, E, B, Y, and Z Incorrect MC

4ea2_9b18

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, D, H, K, T, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, H, K, and X
Deletion #2: B, H, K, and T
Deletion #3: B, D, H, and T
Deletion #4: B, K, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DHTBKX: gene order of D, H, T, B, K, and X Incorrect DKTHBX: gene order of D, K, T, H, B, and X Incorrect DTHBKX: gene order of D, T, H, B, K, and X Correct DTHKBX: gene order of D, T, H, K, B, and X Incorrect DTKBHX: gene order of D, T, K, B, H, and X Incorrect DTKHBX: gene order of D, T, K, H, B, and X Incorrect MC

7a40_279d

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, G, M, P, S, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: G, M, P, S, and Z
Deletion #2: M, P, S, and Z
Deletion #3: C, G, M, and Z
Deletion #4: P, S, and Z
Deletion #5: G, M, P, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CGMSPZ: gene order of C, G, M, S, P, and Z Incorrect CGMSZP: gene order of C, G, M, S, Z, and P Incorrect CGMZPS: gene order of C, G, M, Z, P, and S Correct CGMZSP: gene order of C, G, M, Z, S, and P Incorrect CGZMPS: gene order of C, G, Z, M, P, and S Incorrect CGZMSP: gene order of C, G, Z, M, S, and P Incorrect MC

c4e4_cfa2

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, H, K, R, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, H, R, and W
Deletion #2: D, H, K, and W
Deletion #3: D, H, and R
Deletion #4: D, H, R, W, and Y
Deletion #5: H, K, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KHWDRY: gene order of K, H, W, D, R, and Y Incorrect KWDHYR: gene order of K, W, D, H, Y, and R Incorrect KWHDRY: gene order of K, W, H, D, R, and Y Correct KWHDYR: gene order of K, W, H, D, Y, and R Incorrect KWHRDY: gene order of K, W, H, R, D, and Y Incorrect KWRHDY: gene order of K, W, R, H, D, and Y Incorrect MC

c405_a380

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, G, H, J, S, T, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: G, H, J, S, and X
Deletion #2: G, J, and X
Deletion #3: G, S, T, and X
Deletion #4: G and J

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

HGJSXT: gene order of H, G, J, S, X, and T Incorrect HGJXST: gene order of H, G, J, X, S, and T Incorrect HJGSXT: gene order of H, J, G, S, X, and T Incorrect HJGXST: gene order of H, J, G, X, S, and T Correct HJGXTS: gene order of H, J, G, X, T, and S Incorrect HJXGTS: gene order of H, J, X, G, T, and S Incorrect MC

ed8d_b462

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, C, G, K, S, and T, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, G, K, S, and T
Deletion #2: C, K, S, and T
Deletion #3: C, G, K, and T
Deletion #4: K and T
Deletion #5: B, C, G, and K

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BCGKTS: gene order of B, C, G, K, T, and S Incorrect BCGTKS: gene order of B, C, G, T, K, and S Incorrect BGCKST: gene order of B, G, C, K, S, and T Incorrect BGCKTS: gene order of B, G, C, K, T, and S Correct BGKCST: gene order of B, G, K, C, S, and T Incorrect BGKCTS: gene order of B, G, K, C, T, and S Incorrect MC

2c60_6706

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, K, Q, S, T, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: K, Q, T, and X
Deletion #2: K, Q, X, and Y
Deletion #3: S, T, and X
Deletion #4: K and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

SKTXQY: gene order of S, K, T, X, Q, and Y Incorrect STKXQY: gene order of S, T, K, X, Q, and Y Incorrect STKXYQ: gene order of S, T, K, X, Y, and Q Incorrect STXKQY: gene order of S, T, X, K, Q, and Y Correct STXKYQ: gene order of S, T, X, K, Y, and Q Incorrect STXQKY: gene order of S, T, X, Q, K, and Y Incorrect MC

4362_4410

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, D, G, R, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, D, G, and Y
Deletion #2: A, D, G, and R
Deletion #3: D and Y
Deletion #4: A, R, and W
Deletion #5: A, D, G, R, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

WAGRDY: gene order of W, A, G, R, D, and Y Incorrect WARDGY: gene order of W, A, R, D, G, and Y Incorrect WARGDY: gene order of W, A, R, G, D, and Y Incorrect WARGYD: gene order of W, A, R, G, Y, and D Incorrect WRAGDY: gene order of W, R, A, G, D, and Y Correct WRAGYD: gene order of W, R, A, G, Y, and D Incorrect MC

4954_73fa

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, H, J, P, S, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: H, P, S, and Z
Deletion #2: D, J, P, and Z
Deletion #3: H, J, P, S, and Z
Deletion #4: D, J, P, S, and Z
Deletion #5: D, J, and P

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DJPZSH: gene order of D, J, P, Z, S, and H Correct DJZHPS: gene order of D, J, Z, H, P, and S Incorrect DJZPHS: gene order of D, J, Z, P, H, and S Incorrect DJZPSH: gene order of D, J, Z, P, S, and H Incorrect DZJPHS: gene order of D, Z, J, P, H, and S Incorrect DZJPSH: gene order of D, Z, J, P, S, and H Incorrect MC

09ca_f64a

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, D, F, H, J, R, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: F, H, J, and X
Deletion #2: D, F, J, and R
Deletion #3: F, J, R, and X
Deletion #4: D, J, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DJRFXH: gene order of D, J, R, F, X, and H Incorrect DRFJXH: gene order of D, R, F, J, X, and H Incorrect DRFXJH: gene order of D, R, F, X, J, and H Incorrect DRJFXH: gene order of D, R, J, F, X, and H Correct DRJXFH: gene order of D, R, J, X, F, and H Incorrect DRXJFH: gene order of D, R, X, J, F, and H Incorrect MC

51a2_27f2

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, C, F, H, R, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, H, and R
Deletion #2: B and R
Deletion #3: F, H, and R
Deletion #4: B, C, H, R, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FHRBCZ: gene order of F, H, R, B, C, and Z Correct FHRBZC: gene order of F, H, R, B, Z, and C Incorrect FHRCBZ: gene order of F, H, R, C, B, and Z Incorrect FHRZBC: gene order of F, H, R, Z, B, and C Incorrect FRHBCZ: gene order of F, R, H, B, C, and Z Incorrect FRHBZC: gene order of F, R, H, B, Z, and C Incorrect MC

902e_db54

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, E, F, G, K, M, and R, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, F, G, and K
Deletion #2: E, F, K, and M
Deletion #3: E, K, M, and R
Deletion #4: E, F, and G

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

GEFKMR: gene order of G, E, F, K, M, and R Incorrect GEKFMR: gene order of G, E, K, F, M, and R Incorrect GEKFRM: gene order of G, E, K, F, R, and M Incorrect GFEKMR: gene order of G, F, E, K, M, and R Correct GFEMKR: gene order of G, F, E, M, K, and R Incorrect GFMEKR: gene order of G, F, M, E, K, and R Incorrect MC

8ac5_6f4f

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, E, F, K, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, and T
Deletion #2: B, F, and T
Deletion #3: B, E, K, and T
Deletion #4: B, E, F, and T
Deletion #5: E, K, T, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FBETKZ: gene order of F, B, E, T, K, and Z Incorrect FBKTZE: gene order of F, B, K, T, Z, and E Incorrect FBTEKZ: gene order of F, B, T, E, K, and Z Correct FBTKEZ: gene order of F, B, T, K, E, and Z Incorrect FBTKZE: gene order of F, B, T, K, Z, and E Incorrect FBTZKE: gene order of F, B, T, Z, K, and E Incorrect MC

2b31_b2fb

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, F, M, T, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, F, T, and W
Deletion #2: B, F, T, W, and X
Deletion #3: M, T, and W
Deletion #4: B, F, and W
Deletion #5: B, M, T, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

MTBWFX: gene order of M, T, B, W, F, and X Incorrect MTBWXF: gene order of M, T, B, W, X, and F Incorrect MTWBFX: gene order of M, T, W, B, F, and X Correct MTWBXF: gene order of M, T, W, B, X, and F Incorrect MWTBFX: gene order of M, W, T, B, F, and X Incorrect MWTBXF: gene order of M, W, T, B, X, and F Incorrect MC

953e_2d01

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, F, P, Q, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, P, Q, and W
Deletion #2: F, P, Q, and W
Deletion #3: F, P, and Z
Deletion #4: D, Q, and W
Deletion #5: D and Q

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DQWPFZ: gene order of D, Q, W, P, F, and Z Correct DQWPZF: gene order of D, Q, W, P, Z, and F Incorrect DQWZPF: gene order of D, Q, W, Z, P, and F Incorrect DQZWPF: gene order of D, Q, Z, W, P, and F Incorrect DWQPFZ: gene order of D, W, Q, P, F, and Z Incorrect DWQPZF: gene order of D, W, Q, P, Z, and F Incorrect MC

d5df_8c5f

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, E, H, T, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, H, T, and Z
Deletion #2: C, E, H, T, and Z
Deletion #3: C, T, and Z
Deletion #4: E, H, T, and W
Deletion #5: E, H, T, W, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CTZEHW: gene order of C, T, Z, E, H, and W Incorrect CTZHEW: gene order of C, T, Z, H, E, and W Incorrect CTZHWE: gene order of C, T, Z, H, W, and E Incorrect CZHTEW: gene order of C, Z, H, T, E, and W Incorrect CZTHEW: gene order of C, Z, T, H, E, and W Correct CZTHWE: gene order of C, Z, T, H, W, and E Incorrect MC

e978_e54d

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, C, F, P, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, P, and Y
Deletion #2: B, C, F, and Y
Deletion #3: P, W, and Y
Deletion #4: B, P, W, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FBCYPW: gene order of F, B, C, Y, P, and W Incorrect FBCYWP: gene order of F, B, C, Y, W, and P Incorrect FCBYPW: gene order of F, C, B, Y, P, and W Correct FCBYWP: gene order of F, C, B, Y, W, and P Incorrect FCYBPW: gene order of F, C, Y, B, P, and W Incorrect FCYPBW: gene order of F, C, Y, P, B, and W Incorrect MC

ffe6_2eb5

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, J, M, Q, R, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, J, and Q
Deletion #2: B, J, M, and R
Deletion #3: B, M, R, and Y
Deletion #4: B, J, Q, and R
Deletion #5: B, J, M, Q, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

QBJRMY: gene order of Q, B, J, R, M, and Y Incorrect QBRJMY: gene order of Q, B, R, J, M, and Y Incorrect QJBRMY: gene order of Q, J, B, R, M, and Y Correct QJRBMY: gene order of Q, J, R, B, M, and Y Incorrect QRBJMY: gene order of Q, R, B, J, M, and Y Incorrect QRJBMY: gene order of Q, R, J, B, M, and Y Incorrect MC

2d15_3421

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, H, Q, W, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: H and W
Deletion #2: B, H, Q, W, and X
Deletion #3: H, Q, W, X, and Y
Deletion #4: H, Q, X, and Y
Deletion #5: B, H, W, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BHWXQY: gene order of B, H, W, X, Q, and Y Incorrect BHXWQY: gene order of B, H, X, W, Q, and Y Incorrect BWHXQY: gene order of B, W, H, X, Q, and Y Correct BWXHQY: gene order of B, W, X, H, Q, and Y Incorrect BWXHYQ: gene order of B, W, X, H, Y, and Q Incorrect BXWHQY: gene order of B, X, W, H, Q, and Y Incorrect MC

97b2_0319

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, E, H, R, T, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, H, T, and Z
Deletion #2: R, T, W, and Z
Deletion #3: R and Z
Deletion #4: H, R, T, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

EHTRZW: gene order of E, H, T, R, Z, and W Incorrect EHTWZR: gene order of E, H, T, W, Z, and R Incorrect EHTZRW: gene order of E, H, T, Z, R, and W Correct EHTZWR: gene order of E, H, T, Z, W, and R Incorrect EHZTRW: gene order of E, H, Z, T, R, and W Incorrect ETHZWR: gene order of E, T, H, Z, W, and R Incorrect MC

352f_0893

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, C, M, P, T, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, M, T, and W
Deletion #2: B, P, and W
Deletion #3: B, C, and T
Deletion #4: B, C, P, T, and W
Deletion #5: B, C, P, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

MTBCWP: gene order of M, T, B, C, W, and P Incorrect MTBWCP: gene order of M, T, B, W, C, and P Incorrect MTCBWP: gene order of M, T, C, B, W, and P Correct MTCPWB: gene order of M, T, C, P, W, and B Incorrect MTCWBP: gene order of M, T, C, W, B, and P Incorrect MTCWPB: gene order of M, T, C, W, P, and B Incorrect MC

dc4f_f9f2

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, J, P, Q, T, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: Q and T
Deletion #2: P, Q, and T
Deletion #3: P, T, X, and Y
Deletion #4: J, P, Q, T, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JQPTYX: gene order of J, Q, P, T, Y, and X Incorrect JQPYTX: gene order of J, Q, P, Y, T, and X Incorrect JQTPXY: gene order of J, Q, T, P, X, and Y Correct JQTPYX: gene order of J, Q, T, P, Y, and X Incorrect JQYPTX: gene order of J, Q, Y, P, T, and X Incorrect JTQPXY: gene order of J, T, Q, P, X, and Y Incorrect MC

ba56_c5a1

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, E, H, K, P, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, H, P, and W
Deletion #2: H, P, W, and Y
Deletion #3: K, P, and Y
Deletion #4: H, K, P, W, and Y
Deletion #5: H, K, P, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

EPHWYK: gene order of E, P, H, W, Y, and K Incorrect EPWHYK: gene order of E, P, W, H, Y, and K Incorrect EWHPYK: gene order of E, W, H, P, Y, and K Correct EWHYPK: gene order of E, W, H, Y, P, and K Incorrect EWPHYK: gene order of E, W, P, H, Y, and K Incorrect EWPYHK: gene order of E, W, P, Y, H, and K Incorrect MC

75d4_2d26

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, B, C, D, R, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, C, R, and X
Deletion #2: A, C, and R
Deletion #3: A, B, and X
Deletion #4: A, B, C, and X
Deletion #5: A, B, C, D, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DABXCR: gene order of D, A, B, X, C, and R Incorrect DABXRC: gene order of D, A, B, X, R, and C Incorrect DBAXCR: gene order of D, B, A, X, C, and R Incorrect DBXACR: gene order of D, B, X, A, C, and R Correct DBXARC: gene order of D, B, X, A, R, and C Incorrect DBXCAR: gene order of D, B, X, C, A, and R Incorrect MC

e482_bec7

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, H, J, K, S, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: H, K, S, X, and Z
Deletion #2: J, K, S, and X
Deletion #3: H, S, X, and Z
Deletion #4: J, K, S, X, and Z
Deletion #5: H, S, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

HSZKXJ: gene order of H, S, Z, K, X, and J Incorrect HZSKXJ: gene order of H, Z, S, K, X, and J Incorrect HZSXJK: gene order of H, Z, S, X, J, and K Incorrect HZSXKJ: gene order of H, Z, S, X, K, and J Correct HZXKSJ: gene order of H, Z, X, K, S, and J Incorrect HZXSKJ: gene order of H, Z, X, S, K, and J Incorrect MC

b6e2_b6a0

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, G, J, Q, R, S, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: J, Q, R, S, and W
Deletion #2: G, J, Q, R, and W
Deletion #3: G, R, and W
Deletion #4: Q and R
Deletion #5: J, Q, R, and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

GRWSQJ: gene order of G, R, W, S, Q, and J Incorrect GWRQJS: gene order of G, W, R, Q, J, and S Correct GWRQSJ: gene order of G, W, R, Q, S, and J Incorrect GWRSQJ: gene order of G, W, R, S, Q, and J Incorrect GWSRJQ: gene order of G, W, S, R, J, and Q Incorrect GWSRQJ: gene order of G, W, S, R, Q, and J Incorrect MC

a4dc_2d25

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, H, J, M, T, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: J, M, T, and X
Deletion #2: B, H, J, T, and X
Deletion #3: B, H, T, and X
Deletion #4: H, J, T, and X
Deletion #5: B, H, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BHTXJM: gene order of B, H, T, X, J, and M Correct BHTXMJ: gene order of B, H, T, X, M, and J Incorrect BHXMTJ: gene order of B, H, X, M, T, and J Incorrect BHXTMJ: gene order of B, H, X, T, M, and J Incorrect BTHXJM: gene order of B, T, H, X, J, and M Incorrect BTXHJM: gene order of B, T, X, H, J, and M Incorrect MC

28e7_f105

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, B, R, S, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, B, W, and Y
Deletion #2: A, B, S, W, and Y
Deletion #3: B, R, and W
Deletion #4: A, B, S, and Y
Deletion #5: B, R, W, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

RBWAYS: gene order of R, B, W, A, Y, and S Incorrect RBWYAS: gene order of R, B, W, Y, A, and S Incorrect RBWYSA: gene order of R, B, W, Y, S, and A Incorrect RBYWSA: gene order of R, B, Y, W, S, and A Incorrect RWBAYS: gene order of R, W, B, A, Y, and S Incorrect RWBYAS: gene order of R, W, B, Y, A, and S Correct MC

e98e_d31e

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, C, E, F, J, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, E, and J
Deletion #2: C, E, J, and Y
Deletion #3: A, E, F, J, and Y
Deletion #4: E, F, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

AFECYJ: gene order of A, F, E, C, Y, and J Incorrect AFEYCJ: gene order of A, F, E, Y, C, and J Incorrect AFYECJ: gene order of A, F, Y, E, C, and J Incorrect AFYEJC: gene order of A, F, Y, E, J, and C Correct AFYJEC: gene order of A, F, Y, J, E, and C Incorrect AYFECJ: gene order of A, Y, F, E, C, and J Incorrect MC

4c95_0662

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, F, G, H, K, R, and S, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: F, G, H, K, and S
Deletion #2: F, H, and S
Deletion #3: F, H, K, and S
Deletion #4: F, G, H, K, and R
Deletion #5: F, G, K, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

RGFHKS: gene order of R, G, F, H, K, and S Incorrect RGFHSK: gene order of R, G, F, H, S, and K Incorrect RGFKHS: gene order of R, G, F, K, H, and S Incorrect RGHKFS: gene order of R, G, H, K, F, and S Incorrect RGKFHS: gene order of R, G, K, F, H, and S Correct RGKHFS: gene order of R, G, K, H, F, and S Incorrect MC

3368_ad5c

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, H, J, P, Q, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, P, Q, and Y
Deletion #2: C, P, and Y
Deletion #3: C, H, Q, and Y
Deletion #4: C, H, J, Q, and Y
Deletion #5: C, H, J, and Q

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JHQCYP: gene order of J, H, Q, C, Y, and P Correct JHQYCP: gene order of J, H, Q, Y, C, and P Incorrect JHQYPC: gene order of J, H, Q, Y, P, and C Incorrect JQHCPY: gene order of J, Q, H, C, P, and Y Incorrect JQHCYP: gene order of J, Q, H, C, Y, and P Incorrect JQHYPC: gene order of J, Q, H, Y, P, and C Incorrect MC

ce4b_aabc

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, C, P, Q, T, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, C, Q, and Y
Deletion #2: A, C, Q, T, and Y
Deletion #3: C, P, and T
Deletion #4: A, C, T, and Y
Deletion #5: A, C, P, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PTACQY: gene order of P, T, A, C, Q, and Y Incorrect PTACYQ: gene order of P, T, A, C, Y, and Q Incorrect PTAYCQ: gene order of P, T, A, Y, C, and Q Incorrect PTCAYQ: gene order of P, T, C, A, Y, and Q Correct PTCYAQ: gene order of P, T, C, Y, A, and Q Incorrect PTCYQA: gene order of P, T, C, Y, Q, and A Incorrect MC

4203_08cf

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, D, E, J, P, and R, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, D, and P
Deletion #2: C, D, J, and P
Deletion #3: C, J, P, and R
Deletion #4: C, D, E, J, and P
Deletion #5: C, D, and E

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

ECDJPR: gene order of E, C, D, J, P, and R Incorrect ECDPJR: gene order of E, C, D, P, J, and R Incorrect ECDPRJ: gene order of E, C, D, P, R, and J Incorrect EDCJPR: gene order of E, D, C, J, P, and R Incorrect EDCPJR: gene order of E, D, C, P, J, and R Correct EDPCJR: gene order of E, D, P, C, J, and R Incorrect MC

c69c_16c3

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, E, K, S, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, K, and Z
Deletion #2: A, E, S, and Z
Deletion #3: A, S, X, and Z
Deletion #4: E, K, S, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KEZASX: gene order of K, E, Z, A, S, and X Incorrect KEZSAX: gene order of K, E, Z, S, A, and X Correct KZAESX: gene order of K, Z, A, E, S, and X Incorrect KZASEX: gene order of K, Z, A, S, E, and X Incorrect KZEASX: gene order of K, Z, E, A, S, and X Incorrect KZESAX: gene order of K, Z, E, S, A, and X Incorrect MC

7a04_eab2

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, B, F, Q, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, B, and Q
Deletion #2: A, B, F, Q, and X
Deletion #3: A, B, F, Q, and W
Deletion #4: B, F, and W
Deletion #5: A, B, F, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

WAFBQX: gene order of W, A, F, B, Q, and X Incorrect WBFAQX: gene order of W, B, F, A, Q, and X Incorrect WBFAXQ: gene order of W, B, F, A, X, and Q Incorrect WFABQX: gene order of W, F, A, B, Q, and X Incorrect WFBAQX: gene order of W, F, B, A, Q, and X Correct WFBAXQ: gene order of W, F, B, A, X, and Q Incorrect MC

9cc1_229e

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, D, G, H, J, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, D, J, and X
Deletion #2: C, D, H, and X
Deletion #3: D, J, and X
Deletion #4: C, H, and X
Deletion #5: C, D, G, J, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

GJDCHX: gene order of G, J, D, C, H, and X Incorrect GJDCXH: gene order of G, J, D, C, X, and H Incorrect GJDXCH: gene order of G, J, D, X, C, and H Correct GJDXHC: gene order of G, J, D, X, H, and C Incorrect GJXDCH: gene order of G, J, X, D, C, and H Incorrect GJXDHC: gene order of G, J, X, D, H, and C Incorrect MC

d7b4_95b0

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, C, F, M, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, C, F, and Z
Deletion #2: A, C, F, M, and W
Deletion #3: C, F, M, and W
Deletion #4: A, C, and Z
Deletion #5: A, C, F, M, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

WFMACZ: gene order of W, F, M, A, C, and Z Incorrect WFMCAZ: gene order of W, F, M, C, A, and Z Incorrect WMFACZ: gene order of W, M, F, A, C, and Z Incorrect WMFAZC: gene order of W, M, F, A, Z, and C Incorrect WMFCAZ: gene order of W, M, F, C, A, and Z Correct WMFCZA: gene order of W, M, F, C, Z, and A Incorrect MC

c015_371b

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, E, H, K, P, and T, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, E, H, K, and P
Deletion #2: A, H, K, P, and T
Deletion #3: A, H, and P
Deletion #4: A, E, K, and P
Deletion #5: A, E, and K

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

EAKPHT: gene order of E, A, K, P, H, and T Incorrect EAPKHT: gene order of E, A, P, K, H, and T Incorrect EKAHPT: gene order of E, K, A, H, P, and T Incorrect EKAPHT: gene order of E, K, A, P, H, and T Correct EKAPTH: gene order of E, K, A, P, T, and H Incorrect EKPAHT: gene order of E, K, P, A, H, and T Incorrect MC

8819_5474

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, E, H, K, Q, T, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, H, K, and Q
Deletion #2: H, K, Q, and X
Deletion #3: H, K, T, and X
Deletion #4: K, T, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

EHQKXT: gene order of E, H, Q, K, X, and T Incorrect EQHKXT: gene order of E, Q, H, K, X, and T Correct EQHXKT: gene order of E, Q, H, X, K, and T Incorrect EQHXTK: gene order of E, Q, H, X, T, and K Incorrect EQKHXT: gene order of E, Q, K, H, X, and T Incorrect EQKXHT: gene order of E, Q, K, X, H, and T Incorrect MC

3f60_97f5

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, D, H, M, Q, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, H, Q, and Z
Deletion #2: A, H, M, Q, and Z
Deletion #3: A, D, H, M, and Q
Deletion #4: A, D, and M
Deletion #5: A, D, M, and Q

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DAMHQZ: gene order of D, A, M, H, Q, and Z Incorrect DAMHZQ: gene order of D, A, M, H, Z, and Q Incorrect DAMQHZ: gene order of D, A, M, Q, H, and Z Incorrect DAQHMZ: gene order of D, A, Q, H, M, and Z Incorrect DAQMHZ: gene order of D, A, Q, M, H, and Z Incorrect DMAQHZ: gene order of D, M, A, Q, H, and Z Correct MC

cffb_c55d

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, H, K, Q, S, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, K, Q, and W
Deletion #2: D, H, K, S, and W
Deletion #3: D, H, K, Q, and W
Deletion #4: H, K, and S
Deletion #5: H, K, S, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

QDHWKS: gene order of Q, D, H, W, K, and S Incorrect QDWHKS: gene order of Q, D, W, H, K, and S Incorrect QDWHSK: gene order of Q, D, W, H, S, and K Incorrect QDWKHS: gene order of Q, D, W, K, H, and S Correct QDWKSH: gene order of Q, D, W, K, S, and H Incorrect QWDKHS: gene order of Q, W, D, K, H, and S Incorrect MC

ec5b_e9f3

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, D, G, H, J, and R, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, G, H, and R
Deletion #2: A, D, G, H, and R
Deletion #3: A and H
Deletion #4: A, H, J, and R
Deletion #5: A, G, H, J, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DGARJH: gene order of D, G, A, R, J, and H Incorrect DGHARJ: gene order of D, G, H, A, R, and J Incorrect DGHRAJ: gene order of D, G, H, R, A, and J Incorrect DGRAHJ: gene order of D, G, R, A, H, and J Incorrect DGRAJH: gene order of D, G, R, A, J, and H Incorrect DGRHAJ: gene order of D, G, R, H, A, and J Correct MC

d152_af6d

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, B, D, J, M, and R, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, J, and R
Deletion #2: B, D, and R
Deletion #3: B, D, J, M, and R
Deletion #4: A, B, D, M, and R
Deletion #5: A, B, D, and M

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

ADMRBJ: gene order of A, D, M, R, B, and J Incorrect AMBDRJ: gene order of A, M, B, D, R, and J Incorrect AMDBRJ: gene order of A, M, D, B, R, and J Correct AMDJRB: gene order of A, M, D, J, R, and B Incorrect AMDRBJ: gene order of A, M, D, R, B, and J Incorrect AMDRJB: gene order of A, M, D, R, J, and B Incorrect MC

c94c_ca04

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, E, G, M, P, and T, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, G, and T
Deletion #2: B, M, P, and T
Deletion #3: B, G, P, and T
Deletion #4: M, P, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

EBGPMT: gene order of E, B, G, P, M, and T Incorrect EGBPMT: gene order of E, G, B, P, M, and T Incorrect EGBPTM: gene order of E, G, B, P, T, and M Incorrect EGBTPM: gene order of E, G, B, T, P, and M Correct EGTBPM: gene order of E, G, T, B, P, and M Incorrect ETGBPM: gene order of E, T, G, B, P, and M Incorrect MC

d2bc_af76

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, D, H, J, S, and T, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, J, and S
Deletion #2: B, H, J, and S
Deletion #3: D, J, and S
Deletion #4: B, H, J, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DBJSHT: gene order of D, B, J, S, H, and T Incorrect DBSJHT: gene order of D, B, S, J, H, and T Incorrect DJSHBT: gene order of D, J, S, H, B, and T Incorrect DSBJHT: gene order of D, S, B, J, H, and T Incorrect DSJBHT: gene order of D, S, J, B, H, and T Correct DSJHBT: gene order of D, S, J, H, B, and T Incorrect MC

ac67_90ae

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, D, E, K, P, and Q, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, E, K, P, and Q
Deletion #2: D, K, P, and Q
Deletion #3: E, K, P, and Q
Deletion #4: B, D, and Q
Deletion #5: B, D, K, and Q

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BDKQEP: gene order of B, D, K, Q, E, and P Incorrect BDQKEP: gene order of B, D, Q, K, E, and P Incorrect BDQKPE: gene order of B, D, Q, K, P, and E Correct BQDKEP: gene order of B, Q, D, K, E, and P Incorrect BQDKPE: gene order of B, Q, D, K, P, and E Incorrect BQDPKE: gene order of B, Q, D, P, K, and E Incorrect MC

6250_d559

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, J, P, R, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, R, and X
Deletion #2: D, J, and R
Deletion #3: D, P, W, and X
Deletion #4: D, J, P, R, and X
Deletion #5: P, W, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JDRXPW: gene order of J, D, R, X, P, and W Incorrect JDXRPW: gene order of J, D, X, R, P, and W Incorrect JDXRWP: gene order of J, D, X, R, W, and P Incorrect JRDPXW: gene order of J, R, D, P, X, and W Incorrect JRDXPW: gene order of J, R, D, X, P, and W Correct JXDRPW: gene order of J, X, D, R, P, and W Incorrect MC

30b3_6cce

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, F, G, K, T, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: G, K, and T
Deletion #2: G, K, Y, and Z
Deletion #3: G, K, T, and Z
Deletion #4: F, G, and T
Deletion #5: F, G, K, T, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FGTKYZ: gene order of F, G, T, K, Y, and Z Incorrect FGTKZY: gene order of F, G, T, K, Z, and Y Incorrect FTGKZY: gene order of F, T, G, K, Z, and Y Correct FTGZKY: gene order of F, T, G, Z, K, and Y Incorrect FTKGZY: gene order of F, T, K, G, Z, and Y Incorrect FTKZGY: gene order of F, T, K, Z, G, and Y Incorrect MC

c320_3daa

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, H, J, M, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: H, J, X, and Y
Deletion #2: B, H, J, X, and Y
Deletion #3: H and J
Deletion #4: H, J, M, and X
Deletion #5: H, M, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BJYHXM: gene order of B, J, Y, H, X, and M Incorrect BJYXHM: gene order of B, J, Y, X, H, and M Incorrect BYJHXM: gene order of B, Y, J, H, X, and M Correct BYJXHM: gene order of B, Y, J, X, H, and M Incorrect BYJXMH: gene order of B, Y, J, X, M, and H Incorrect BYXJMH: gene order of B, Y, X, J, M, and H Incorrect MC

0421_acd0

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, K, M, P, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, K, M, P, and Y
Deletion #2: K, P, and Y
Deletion #3: P, Y, and Z
Deletion #4: B, K, M, and Y
Deletion #5: B, K, P, Y, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

MBKYPZ: gene order of M, B, K, Y, P, and Z Correct MBKYZP: gene order of M, B, K, Y, Z, and P Incorrect MBYKPZ: gene order of M, B, Y, K, P, and Z Incorrect MBYKZP: gene order of M, B, Y, K, Z, and P Incorrect MKBPYZ: gene order of M, K, B, P, Y, and Z Incorrect MKBYPZ: gene order of M, K, B, Y, P, and Z Incorrect MC

f37e_dd02

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, G, J, K, M, T, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: J, K, and M
Deletion #2: G, J, K, M, and W
Deletion #3: J, K, M, T, and W
Deletion #4: G, J, and M
Deletion #5: J, K, T, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

GJMKTW: gene order of G, J, M, K, T, and W Incorrect GJMWKT: gene order of G, J, M, W, K, and T Incorrect GMJKTW: gene order of G, M, J, K, T, and W Incorrect GMJKWT: gene order of G, M, J, K, W, and T Correct GMJWKT: gene order of G, M, J, W, K, and T Incorrect GMJWTK: gene order of G, M, J, W, T, and K Incorrect MC

a4a4_dcac

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, F, K, Q, S, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, F, Q, and S
Deletion #2: F and S
Deletion #3: A, F, K, Q, and W
Deletion #4: A, K, and W
Deletion #5: A, F, Q, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KAWQFS: gene order of K, A, W, Q, F, and S Incorrect KWAFQS: gene order of K, W, A, F, Q, and S Incorrect KWAFSQ: gene order of K, W, A, F, S, and Q Incorrect KWAQFS: gene order of K, W, A, Q, F, and S Correct KWQAFS: gene order of K, W, Q, A, F, and S Incorrect KWQFAS: gene order of K, W, Q, F, A, and S Incorrect MC

cb5d_63ef

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, C, H, K, P, and T, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, K, P, and T
Deletion #2: A, C, P, and T
Deletion #3: A, C, H, and P
Deletion #4: A, K, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

HCPAKT: gene order of H, C, P, A, K, and T Incorrect HCPATK: gene order of H, C, P, A, T, and K Correct HCPTAK: gene order of H, C, P, T, A, and K Incorrect HPCAKT: gene order of H, P, C, A, K, and T Incorrect HPCATK: gene order of H, P, C, A, T, and K Incorrect HPCTAK: gene order of H, P, C, T, A, and K Incorrect MC

5820_e9f9

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, C, E, F, G, and H, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, C, E, F, and H
Deletion #2: A, C, and E
Deletion #3: A, E, and H
Deletion #4: E, F, G, and H

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CAEFHG: gene order of C, A, E, F, H, and G Incorrect CAEHFG: gene order of C, A, E, H, F, and G Correct CAHEFG: gene order of C, A, H, E, F, and G Incorrect CEAFHG: gene order of C, E, A, F, H, and G Incorrect CEAHFG: gene order of C, E, A, H, F, and G Incorrect CEAHGF: gene order of C, E, A, H, G, and F Incorrect MC

f4c8_a39e

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, P, S, T, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, P, S, and W
Deletion #2: D, S, and W
Deletion #3: D, P, T, W, and Y
Deletion #4: D, P, S, T, and W
Deletion #5: P, T, W, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

SDPTWY: gene order of S, D, P, T, W, and Y Incorrect SDPWTY: gene order of S, D, P, W, T, and Y Incorrect SDWPTY: gene order of S, D, W, P, T, and Y Correct SPDTWY: gene order of S, P, D, T, W, and Y Incorrect SPDTYW: gene order of S, P, D, T, Y, and W Incorrect SPDWTY: gene order of S, P, D, W, T, and Y Incorrect MC

1e5a_a6e3

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, B, D, G, Q, and T, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, B, D, G, and Q
Deletion #2: A, G, Q, and T
Deletion #3: A, B, G, and Q
Deletion #4: A, B, D, and G
Deletion #5: G, Q, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DABGQT: gene order of D, A, B, G, Q, and T Incorrect DABGTQ: gene order of D, A, B, G, T, and Q Incorrect DAGBQT: gene order of D, A, G, B, Q, and T Incorrect DAGBTQ: gene order of D, A, G, B, T, and Q Incorrect DBAGQT: gene order of D, B, A, G, Q, and T Correct DBAGTQ: gene order of D, B, A, G, T, and Q Incorrect MC

1709_0af1

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, D, G, H, K, T, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, K, T, and X
Deletion #2: H, K, T, and X
Deletion #3: G, H, T, and X
Deletion #4: K and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DKTXHG: gene order of D, K, T, X, H, and G Correct DKXTHG: gene order of D, K, X, T, H, and G Incorrect DTKHXG: gene order of D, T, K, H, X, and G Incorrect DTKXHG: gene order of D, T, K, X, H, and G Incorrect DXKTHG: gene order of D, X, K, T, H, and G Incorrect DXTKHG: gene order of D, X, T, K, H, and G Incorrect MC

c79d_4b08

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, F, G, H, P, and T, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, F, G, and P
Deletion #2: B, F, G, and H
Deletion #3: B, F, G, P, and T
Deletion #4: B, F, and H
Deletion #5: F, G, P, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

HBFGPT: gene order of H, B, F, G, P, and T Correct HBFGTP: gene order of H, B, F, G, T, and P Incorrect HBFPGT: gene order of H, B, F, P, G, and T Incorrect HBFPTG: gene order of H, B, F, P, T, and G Incorrect HBFTPG: gene order of H, B, F, T, P, and G Incorrect HFBGPT: gene order of H, F, B, G, P, and T Incorrect MC

435a_3de8

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, C, Q, S, T, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: Q, S, T, and X
Deletion #2: C, Q, X, and Y
Deletion #3: C, Q, S, and X
Deletion #4: S, T, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

TSCXQY: gene order of T, S, C, X, Q, and Y Incorrect TSQXYC: gene order of T, S, Q, X, Y, and C Incorrect TSXCQY: gene order of T, S, X, C, Q, and Y Incorrect TSXCYQ: gene order of T, S, X, C, Y, and Q Incorrect TSXQCY: gene order of T, S, X, Q, C, and Y Correct TSXQYC: gene order of T, S, X, Q, Y, and C Incorrect MC

7942_79bd

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, C, F, M, R, T, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, F, M, R, and T
Deletion #2: C, M, R, T, and Y
Deletion #3: M, R, and Y
Deletion #4: C and M

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FCTMRY: gene order of F, C, T, M, R, and Y Incorrect FTCMRY: gene order of F, T, C, M, R, and Y Correct FTCMYR: gene order of F, T, C, M, Y, and R Incorrect FTCRMY: gene order of F, T, C, R, M, and Y Incorrect FTCRYM: gene order of F, T, C, R, Y, and M Incorrect FTMCRY: gene order of F, T, M, C, R, and Y Incorrect MC

2a0e_a9e5

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, D, P, R, S, and T, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, D, P, S, and T
Deletion #2: C, P, and T
Deletion #3: C, P, R, S, and T
Deletion #4: C, D, P, and S
Deletion #5: C, D, and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DCSPTR: gene order of D, C, S, P, T, and R Incorrect DCSTPR: gene order of D, C, S, T, P, and R Incorrect DPSCTR: gene order of D, P, S, C, T, and R Incorrect DSCPTR: gene order of D, S, C, P, T, and R Correct DSPCRT: gene order of D, S, P, C, R, and T Incorrect DSPCTR: gene order of D, S, P, C, T, and R Incorrect MC

a869_228f

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, D, G, M, R, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: R, W, and X
Deletion #2: D, G, M, and W
Deletion #3: G, R, and W
Deletion #4: G, M, R, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DGMXWR: gene order of D, G, M, X, W, and R Incorrect DGXMWR: gene order of D, G, X, M, W, and R Incorrect DMGWRX: gene order of D, M, G, W, R, and X Correct DMGWXR: gene order of D, M, G, W, X, and R Incorrect DMGXWR: gene order of D, M, G, X, W, and R Incorrect DMWGXR: gene order of D, M, W, G, X, and R Incorrect MC

8f42_a5d9

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, F, G, P, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, F, P, T, and Z
Deletion #2: F, T, and Z
Deletion #3: F, P, T, and Z
Deletion #4: D, G, P, and T
Deletion #5: D, F, G, P, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

GDPFTZ: gene order of G, D, P, F, T, and Z Incorrect GDPTFZ: gene order of G, D, P, T, F, and Z Correct GDTPFZ: gene order of G, D, T, P, F, and Z Incorrect GPDFTZ: gene order of G, P, D, F, T, and Z Incorrect GPDFZT: gene order of G, P, D, F, Z, and T Incorrect GPDTFZ: gene order of G, P, D, T, F, and Z Incorrect MC

2271_e83e

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, D, F, G, J, and W, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, D, F, G, and J
Deletion #2: D, F, J, and W
Deletion #3: A, F, and G
Deletion #4: F, G, and J

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

AFGDJW: gene order of A, F, G, D, J, and W Incorrect AGDFJW: gene order of A, G, D, F, J, and W Incorrect AGFDJW: gene order of A, G, F, D, J, and W Incorrect AGFJDW: gene order of A, G, F, J, D, and W Correct AGJDFW: gene order of A, G, J, D, F, and W Incorrect AGJFDW: gene order of A, G, J, F, D, and W Incorrect MC

5eb3_f3a1

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, J, P, R, T, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: P, R, T, and Z
Deletion #2: P, T, and Z
Deletion #3: J, R, T, W, and Z
Deletion #4: P, R, T, W, and Z
Deletion #5: J, R, T, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JTRWZP: gene order of J, T, R, W, Z, and P Incorrect JTWRPZ: gene order of J, T, W, R, P, and Z Incorrect JTWRZP: gene order of J, T, W, R, Z, and P Incorrect JWRTZP: gene order of J, W, R, T, Z, and P Correct JWTRPZ: gene order of J, W, T, R, P, and Z Incorrect JWTRZP: gene order of J, W, T, R, Z, and P Incorrect MC

1fc2_7f9c

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, C, Q, W, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, Q, W, and Z
Deletion #2: B, C, and Z
Deletion #3: B, C, Q, and Z
Deletion #4: C, Q, W, and Y
Deletion #5: C, Q, W, Y, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BZCQWY: gene order of B, Z, C, Q, W, and Y Correct BZCQYW: gene order of B, Z, C, Q, Y, and W Incorrect BZCWQY: gene order of B, Z, C, W, Q, and Y Incorrect BZCYQW: gene order of B, Z, C, Y, Q, and W Incorrect BZQCWY: gene order of B, Z, Q, C, W, and Y Incorrect BZQCYW: gene order of B, Z, Q, C, Y, and W Incorrect MC

1ce8_adf0

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, E, G, Q, S, and T, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, and T
Deletion #2: B, E, Q, and T
Deletion #3: B, E, Q, and S
Deletion #4: B, G, Q, and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

GQSETB: gene order of G, Q, S, E, T, and B Incorrect GSEQBT: gene order of G, S, E, Q, B, and T Incorrect GSQBET: gene order of G, S, Q, B, E, and T Correct GSQEBT: gene order of G, S, Q, E, B, and T Incorrect GSQETB: gene order of G, S, Q, E, T, and B Incorrect GSQTEB: gene order of G, S, Q, T, E, and B Incorrect MC

529f_15d2

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, E, K, R, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: W and Y
Deletion #2: C, E, R, and W
Deletion #3: C, E, R, W, and Y
Deletion #4: C, E, K, W, and Y
Deletion #5: E, K, W, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KYCWER: gene order of K, Y, C, W, E, and R Incorrect KYWCER: gene order of K, Y, W, C, E, and R Incorrect KYWCRE: gene order of K, Y, W, C, R, and E Incorrect KYWECR: gene order of K, Y, W, E, C, and R Correct KYWERC: gene order of K, Y, W, E, R, and C Incorrect KYWREC: gene order of K, Y, W, R, E, and C Incorrect MC

7c98_3625

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, G, K, Q, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D and G
Deletion #2: D, G, K, Q, and Z
Deletion #3: G, Q, T, and Z
Deletion #4: D, G, Q, and Z
Deletion #5: D, G, K, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KDGQZT: gene order of K, D, G, Q, Z, and T Incorrect KDGZQT: gene order of K, D, G, Z, Q, and T Correct KDGZTQ: gene order of K, D, G, Z, T, and Q Incorrect KDZGQT: gene order of K, D, Z, G, Q, and T Incorrect KGDQZT: gene order of K, G, D, Q, Z, and T Incorrect KGDZQT: gene order of K, G, D, Z, Q, and T Incorrect MC

b473_2999

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, M, P, Q, S, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: P, Q, and S
Deletion #2: M, P, T, and Z
Deletion #3: P, S, T, and Z
Deletion #4: P, Q, S, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

MTZPQS: gene order of M, T, Z, P, Q, and S Incorrect MTZPSQ: gene order of M, T, Z, P, S, and Q Incorrect MZPSTQ: gene order of M, Z, P, S, T, and Q Incorrect MZPTSQ: gene order of M, Z, P, T, S, and Q Incorrect MZTPQS: gene order of M, Z, T, P, Q, and S Incorrect MZTPSQ: gene order of M, Z, T, P, S, and Q Correct MC

fe4b_4044

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, D, M, Q, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, Q, W, and Y
Deletion #2: D, M, Q, and W
Deletion #3: D, M, and Q
Deletion #4: C, D, M, Q, and W
Deletion #5: C, D, and M

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CDMQWY: gene order of C, D, M, Q, W, and Y Incorrect CDMQYW: gene order of C, D, M, Q, Y, and W Incorrect CDQMWY: gene order of C, D, Q, M, W, and Y Incorrect CMDQWY: gene order of C, M, D, Q, W, and Y Correct CMDWQY: gene order of C, M, D, W, Q, and Y Incorrect CMQDWY: gene order of C, M, Q, D, W, and Y Incorrect MC

1f87_ad9c

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, D, R, S, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: R, S, T, and Z
Deletion #2: A, D, R, T, and Z
Deletion #3: D and T
Deletion #4: A, D, R, and T
Deletion #5: A, D, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

ADRTSZ: gene order of A, D, R, T, S, and Z Incorrect ADTRSZ: gene order of A, D, T, R, S, and Z Incorrect ADTRZS: gene order of A, D, T, R, Z, and S Correct ADTSRZ: gene order of A, D, T, S, R, and Z Incorrect ADTSZR: gene order of A, D, T, S, Z, and R Incorrect ATDRZS: gene order of A, T, D, R, Z, and S Incorrect MC

b6ae_0ab0

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, D, P, Q, S, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: P, Q, S, and X
Deletion #2: C, D, Q, and S
Deletion #3: P and S
Deletion #4: C, D, P, Q, and S
Deletion #5: C, P, Q, S, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DCQPSX: gene order of D, C, Q, P, S, and X Incorrect DCQSPX: gene order of D, C, Q, S, P, and X Correct DCQSXP: gene order of D, C, Q, S, X, and P Incorrect DCQXSP: gene order of D, C, Q, X, S, and P Incorrect DQCPSX: gene order of D, Q, C, P, S, and X Incorrect DQCSPX: gene order of D, Q, C, S, P, and X Incorrect MC

88a5_a968

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, F, M, P, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, M, P, W, and Z
Deletion #2: C and P
Deletion #3: C, F, M, and P
Deletion #4: C, F, M, P, and W
Deletion #5: M, P, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FCMPZW: gene order of F, C, M, P, Z, and W Incorrect FCPMWZ: gene order of F, C, P, M, W, and Z Correct FCPMZW: gene order of F, C, P, M, Z, and W Incorrect FCPWMZ: gene order of F, C, P, W, M, and Z Incorrect FPCMWZ: gene order of F, P, C, M, W, and Z Incorrect FPCWMZ: gene order of F, P, C, W, M, and Z Incorrect MC

332f_7ab7

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, D, K, M, P, and S, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: K, M, and P
Deletion #2: C, K, and M
Deletion #3: C, D, K, M, and P
Deletion #4: D, K, P, and S
Deletion #5: D, K, M, and P

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CKMPSD: gene order of C, K, M, P, S, and D Incorrect CMKPDS: gene order of C, M, K, P, D, and S Correct CMKPSD: gene order of C, M, K, P, S, and D Incorrect CMKSPD: gene order of C, M, K, S, P, and D Incorrect CMPKSD: gene order of C, M, P, K, S, and D Incorrect CPMKSD: gene order of C, P, M, K, S, and D Incorrect MC

c093_ed79

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, E, F, G, P, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, F, and G
Deletion #2: E, F, and G
Deletion #3: B, E, F, and P
Deletion #4: F, G, and W
Deletion #5: E, F, G, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PBEFGW: gene order of P, B, E, F, G, and W Correct PBFEGW: gene order of P, B, F, E, G, and W Incorrect PBFGEW: gene order of P, B, F, G, E, and W Incorrect PFBEGW: gene order of P, F, B, E, G, and W Incorrect PFBGEW: gene order of P, F, B, G, E, and W Incorrect PFEBGW: gene order of P, F, E, B, G, and W Incorrect MC

3efc_054a

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, D, E, H, J, and P, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, D, H, and P
Deletion #2: D, H, J, and P
Deletion #3: C, D, E, and P
Deletion #4: C, D, and E
Deletion #5: C, D, E, H, and P

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

ECDHPJ: gene order of E, C, D, H, P, and J Incorrect ECDJPH: gene order of E, C, D, J, P, and H Incorrect ECDPHJ: gene order of E, C, D, P, H, and J Correct ECDPJH: gene order of E, C, D, P, J, and H Incorrect ECPDJH: gene order of E, C, P, D, J, and H Incorrect EDCPJH: gene order of E, D, C, P, J, and H Incorrect MC

dae7_d891

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, K, M, Q, S, T, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: K, M, S, T, and W
Deletion #2: K, M, Q, T, and W
Deletion #3: K, M, Q, and W
Deletion #4: K, M, and T
Deletion #5: M and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

QKWTMS: gene order of Q, K, W, T, M, and S Incorrect QWKMST: gene order of Q, W, K, M, S, and T Incorrect QWKMTS: gene order of Q, W, K, M, T, and S Correct QWKTMS: gene order of Q, W, K, T, M, and S Incorrect QWMKTS: gene order of Q, W, M, K, T, and S Incorrect QWTKMS: gene order of Q, W, T, K, M, and S Incorrect MC

bf9d_3ee7

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, G, K, M, Q, and R, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, G, M, and R
Deletion #2: D, K, and Q
Deletion #3: D, K, Q, and R
Deletion #4: D, G, M, Q, and R
Deletion #5: D, G, K, Q, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KQDRGM: gene order of K, Q, D, R, G, and M Correct KQDRMG: gene order of K, Q, D, R, M, and G Incorrect KQRDGM: gene order of K, Q, R, D, G, and M Incorrect KQRDMG: gene order of K, Q, R, D, M, and G Incorrect KRQDGM: gene order of K, R, Q, D, G, and M Incorrect KRQDMG: gene order of K, R, Q, D, M, and G Incorrect MC

22c8_e6bb

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, M, P, Q, T, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: Q, T, W, and Z
Deletion #2: P, T, W, and Z
Deletion #3: P, Q, T, W, and Z
Deletion #4: M, Q, T, and W
Deletion #5: M, Q, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

MQTWZP: gene order of M, Q, T, W, Z, and P Incorrect MQWTZP: gene order of M, Q, W, T, Z, and P Correct MQWZPT: gene order of M, Q, W, Z, P, and T Incorrect MQWZTP: gene order of M, Q, W, Z, T, and P Incorrect MQZWPT: gene order of M, Q, Z, W, P, and T Incorrect MWQZTP: gene order of M, W, Q, Z, T, and P Incorrect MC

ea6f_56c2

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, G, P, R, T, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: G and R
Deletion #2: B, G, P, and X
Deletion #3: G, P, R, T, and X
Deletion #4: G, P, R, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BPXGRT: gene order of B, P, X, G, R, and T Incorrect BPXGTR: gene order of B, P, X, G, T, and R Incorrect BXGPRT: gene order of B, X, G, P, R, and T Incorrect BXPGRT: gene order of B, X, P, G, R, and T Correct BXPRGT: gene order of B, X, P, R, G, and T Incorrect BXRPGT: gene order of B, X, R, P, G, and T Incorrect MC

3781_d23e

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, E, F, G, K, and S, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, E, G, and K
Deletion #2: E, F, G, and S
Deletion #3: D, E, G, and S
Deletion #4: D, E, F, G, and S
Deletion #5: D, E, and K

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FSDGEK: gene order of F, S, D, G, E, and K Incorrect FSEGDK: gene order of F, S, E, G, D, and K Incorrect FSGDEK: gene order of F, S, G, D, E, and K Incorrect FSGEDK: gene order of F, S, G, E, D, and K Correct FSGEKD: gene order of F, S, G, E, K, and D Incorrect FSGKED: gene order of F, S, G, K, E, and D Incorrect MC

93d1_31f0

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, F, G, J, S, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: F, G, J, and W
Deletion #2: G, J, and S
Deletion #3: G, J, and W
Deletion #4: F, G, W, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

SGJWFX: gene order of S, G, J, W, F, and X Incorrect SJGWFX: gene order of S, J, G, W, F, and X Correct SJGWXF: gene order of S, J, G, W, X, and F Incorrect SJWFGX: gene order of S, J, W, F, G, and X Incorrect SJWGFX: gene order of S, J, W, G, F, and X Incorrect SJWGXF: gene order of S, J, W, G, X, and F Incorrect MC

66d1_5915

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, C, J, Q, R, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, C, J, and Q
Deletion #2: C, J, R, and X
Deletion #3: A, C, J, Q, and X
Deletion #4: A, C, J, R, and X
Deletion #5: A, C, and Q

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

QACJXR: gene order of Q, A, C, J, X, and R Correct QACXJR: gene order of Q, A, C, X, J, and R Incorrect QCAJXR: gene order of Q, C, A, J, X, and R Incorrect QCAXJR: gene order of Q, C, A, X, J, and R Incorrect QCJARX: gene order of Q, C, J, A, R, and X Incorrect QCJAXR: gene order of Q, C, J, A, X, and R Incorrect MC

7522_859a

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, G, M, P, S, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: M, P, S, and W
Deletion #2: G, P, S, and W
Deletion #3: G, P, and Y
Deletion #4: G, P, W, and Y
Deletion #5: G, P, S, W, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

MSPWYG: gene order of M, S, P, W, Y, and G Incorrect MSWGPY: gene order of M, S, W, G, P, and Y Incorrect MSWPGY: gene order of M, S, W, P, G, and Y Correct MSWPYG: gene order of M, S, W, P, Y, and G Incorrect MWSGPY: gene order of M, W, S, G, P, and Y Incorrect MWSGYP: gene order of M, W, S, G, Y, and P Incorrect MC

b291_6128

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, C, D, S, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, C, D, and X
Deletion #2: A, X, and Y
Deletion #3: A, D, X, and Y
Deletion #4: A, C, and D
Deletion #5: C and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

SCADXY: gene order of S, C, A, D, X, and Y Incorrect SCDAXY: gene order of S, C, D, A, X, and Y Correct SCDAYX: gene order of S, C, D, A, Y, and X Incorrect SDACXY: gene order of S, D, A, C, X, and Y Incorrect SDCAXY: gene order of S, D, C, A, X, and Y Incorrect SDCAYX: gene order of S, D, C, A, Y, and X Incorrect MC

7a48_78a2

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, C, D, E, P, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, C, D, and P
Deletion #2: A, D, E, and P
Deletion #3: A, D, E, and Z
Deletion #4: D, E, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CAPDEZ: gene order of C, A, P, D, E, and Z Incorrect CAPDZE: gene order of C, A, P, D, Z, and E Incorrect CAPEDZ: gene order of C, A, P, E, D, and Z Incorrect CPADEZ: gene order of C, P, A, D, E, and Z Correct CPADZE: gene order of C, P, A, D, Z, and E Incorrect CPAZDE: gene order of C, P, A, Z, D, and E Incorrect MC

ceaf_22a1

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, D, F, G, T, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, F, T, and W
Deletion #2: A, D, F, and W
Deletion #3: A, G, and W
Deletion #4: A, D, G, and W
Deletion #5: A, D, F, G, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

GAWDFT: gene order of G, A, W, D, F, and T Correct GAWDTF: gene order of G, A, W, D, T, and F Incorrect GAWFDT: gene order of G, A, W, F, D, and T Incorrect GAWTDF: gene order of G, A, W, T, D, and F Incorrect GWADFT: gene order of G, W, A, D, F, and T Incorrect GWADTF: gene order of G, W, A, D, T, and F Incorrect MC

3413_a8c5

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, C, F, T, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, F, and Z
Deletion #2: B, C, T, Y, and Z
Deletion #3: T, Y, and Z
Deletion #4: B, C, F, T, and Z
Deletion #5: C, T, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FBCYZT: gene order of F, B, C, Y, Z, and T Incorrect FBCZTY: gene order of F, B, C, Z, T, and Y Correct FBCZYT: gene order of F, B, C, Z, Y, and T Incorrect FBZCYT: gene order of F, B, Z, C, Y, and T Incorrect FBZYCT: gene order of F, B, Z, Y, C, and T Incorrect FCBZTY: gene order of F, C, B, Z, T, and Y Incorrect MC

0a1f_3062

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, E, F, H, K, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, H, K, W, and Z
Deletion #2: H, K, and W
Deletion #3: H, K, W, and Z
Deletion #4: E, F, K, and Z
Deletion #5: E, H, K, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FEZHKW: gene order of F, E, Z, H, K, and W Incorrect FEZHWK: gene order of F, E, Z, H, W, and K Incorrect FEZKHW: gene order of F, E, Z, K, H, and W Correct FEZKWH: gene order of F, E, Z, K, W, and H Incorrect FZEKHW: gene order of F, Z, E, K, H, and W Incorrect FZEKWH: gene order of F, Z, E, K, W, and H Incorrect MC

bfc1_4344

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, D, E, M, T, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, M, T, and Y
Deletion #2: E, M, T, and Y
Deletion #3: A, E, M, and Y
Deletion #4: D, M, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

AEMTYD: gene order of A, E, M, T, Y, and D Incorrect AEMYTD: gene order of A, E, M, Y, T, and D Incorrect AEYMTD: gene order of A, E, Y, M, T, and D Correct AMEYTD: gene order of A, M, E, Y, T, and D Incorrect AYEMTD: gene order of A, Y, E, M, T, and D Incorrect AYETMD: gene order of A, Y, E, T, M, and D Incorrect MC

3cf2_eef2

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, C, D, F, H, M, and S, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, H, and M
Deletion #2: D, F, H, and M
Deletion #3: C, D, H, M, and S
Deletion #4: C and H

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

FDCMHS: gene order of F, D, C, M, H, and S Incorrect FDHMCS: gene order of F, D, H, M, C, and S Incorrect FDMCHS: gene order of F, D, M, C, H, and S Incorrect FDMHCS: gene order of F, D, M, H, C, and S Correct FHDMCS: gene order of F, H, D, M, C, and S Incorrect FHMDCS: gene order of F, H, M, D, C, and S Incorrect MC

cce1_028d

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, G, K, R, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: K, R, X, and Y
Deletion #2: C, G, K, and R
Deletion #3: C, G, K, R, and Y
Deletion #4: C, K, R, and Y
Deletion #5: C, G, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

GCRKXY: gene order of G, C, R, K, X, and Y Incorrect GCRKYX: gene order of G, C, R, K, Y, and X Correct GCRYKX: gene order of G, C, R, Y, K, and X Incorrect GCYKRX: gene order of G, C, Y, K, R, and X Incorrect GCYRKX: gene order of G, C, Y, R, K, and X Incorrect GRCYKX: gene order of G, R, C, Y, K, and X Incorrect MC

5ff3_98d8

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, D, G, Q, R, and S, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, Q, and S
Deletion #2: B, Q, R, and S
Deletion #3: D, G, Q, and R
Deletion #4: B, G, Q, R, and S
Deletion #5: B, D, G, Q, and R

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

DGQBRS: gene order of D, G, Q, B, R, and S Incorrect DGQRBS: gene order of D, G, Q, R, B, and S Incorrect DGRQBS: gene order of D, G, R, Q, B, and S Correct DGRQSB: gene order of D, G, R, Q, S, and B Incorrect DQGBRS: gene order of D, Q, G, B, R, and S Incorrect DQGRBS: gene order of D, Q, G, R, B, and S Incorrect MC

3308_5a52

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, F, G, H, J, Q, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: F, G, J, and Q
Deletion #2: F, Q, and X
Deletion #3: F, H, J, Q, and X
Deletion #4: F, G, and J

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

GFJHQX: gene order of G, F, J, H, Q, and X Incorrect GFJQHX: gene order of G, F, J, Q, H, and X Incorrect GJFHQX: gene order of G, J, F, H, Q, and X Incorrect GJFQHX: gene order of G, J, F, Q, H, and X Incorrect GJFQXH: gene order of G, J, F, Q, X, and H Correct GJQFXH: gene order of G, J, Q, F, X, and H Incorrect MC

a437_9c57

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, E, G, K, Q, and S, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, G, K, and Q
Deletion #2: B, E, G, and Q
Deletion #3: E, G, K, Q, and S
Deletion #4: B, G, and Q
Deletion #5: E, K, Q, and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BGKQES: gene order of B, G, K, Q, E, and S Incorrect BGQEKS: gene order of B, G, Q, E, K, and S Correct BGQKES: gene order of B, G, Q, K, E, and S Incorrect BQEGKS: gene order of B, Q, E, G, K, and S Incorrect BQEKGS: gene order of B, Q, E, K, G, and S Incorrect BQGEKS: gene order of B, Q, G, E, K, and S Incorrect MC

bd29_6d24

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, J, K, P, Q, and R, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D and R
Deletion #2: J, K, and Q
Deletion #3: D, P, Q, and R
Deletion #4: D, J, K, P, and Q
Deletion #5: K, P, and Q

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JKPDQR: gene order of J, K, P, D, Q, and R Incorrect JKPQDR: gene order of J, K, P, Q, D, and R Incorrect JKQPDR: gene order of J, K, Q, P, D, and R Correct JPKQDR: gene order of J, P, K, Q, D, and R Incorrect JQKPDR: gene order of J, Q, K, P, D, and R Incorrect JQPKDR: gene order of J, Q, P, K, D, and R Incorrect MC

b3ba_8f24

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, C, D, E, S, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, D, and S
Deletion #2: B, C, D, E, and S
Deletion #3: B, D, and Z
Deletion #4: D, E, and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CBESDZ: gene order of C, B, E, S, D, and Z Incorrect CEBSDZ: gene order of C, E, B, S, D, and Z Incorrect CESBDZ: gene order of C, E, S, B, D, and Z Incorrect CESDBZ: gene order of C, E, S, D, B, and Z Correct CSDEBZ: gene order of C, S, D, E, B, and Z Incorrect CSEDBZ: gene order of C, S, E, D, B, and Z Incorrect MC

1098_71a2

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, C, E, F, K, and W, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, F, K, and W
Deletion #2: B, C, E, F, and K
Deletion #3: B, E, and K
Deletion #4: C, E, and K

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BEKCFW: gene order of B, E, K, C, F, and W Correct BEKCWF: gene order of B, E, K, C, W, and F Incorrect BEKFCW: gene order of B, E, K, F, C, and W Incorrect BKECFW: gene order of B, K, E, C, F, and W Incorrect BKEFCW: gene order of B, K, E, F, C, and W Incorrect BKFECW: gene order of B, K, F, E, C, and W Incorrect MC

59d3_26b2

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, K, M, S, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, K, M, S, and T
Deletion #2: K, M, S, and T
Deletion #3: D, M, S, and Z
Deletion #4: D, S, and Z
Deletion #5: D, M, S, and T

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KTMSDZ: gene order of K, T, M, S, D, and Z Correct KTMSZD: gene order of K, T, M, S, Z, and D Incorrect KTMZSD: gene order of K, T, M, Z, S, and D Incorrect KTSMDZ: gene order of K, T, S, M, D, and Z Incorrect KTSMZD: gene order of K, T, S, M, Z, and D Incorrect KTSZMD: gene order of K, T, S, Z, M, and D Incorrect MC

e8cc_6430

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, C, E, F, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, F, W, and X
Deletion #2: A, F, and X
Deletion #3: C, E, W, and X
Deletion #4: C, E, F, W, and X
Deletion #5: A, F, W, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

AFWXEC: gene order of A, F, W, X, E, and C Incorrect AFXECW: gene order of A, F, X, E, C, and W Incorrect AFXEWC: gene order of A, F, X, E, W, and C Incorrect AFXWEC: gene order of A, F, X, W, E, and C Correct AXFEWC: gene order of A, X, F, E, W, and C Incorrect AXFWEC: gene order of A, X, F, W, E, and C Incorrect MC

45eb_e3e4

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, H, K, T, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, H, K, W, and Z
Deletion #2: B, H, T, and Z
Deletion #3: W and Z
Deletion #4: H, K, W, and Z
Deletion #5: B, H, W, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

KWHBZT: gene order of K, W, H, B, Z, and T Incorrect KWHZBT: gene order of K, W, H, Z, B, and T Incorrect KWZHBT: gene order of K, W, Z, H, B, and T Correct KZWHBT: gene order of K, Z, W, H, B, and T Incorrect KZWHTB: gene order of K, Z, W, H, T, and B Incorrect KZWTHB: gene order of K, Z, W, T, H, and B Incorrect MC

3645_8c72

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, C, F, J, M, and S, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B and S
Deletion #2: B, F, J, M, and S
Deletion #3: B, J, M, and S
Deletion #4: B, F, J, and M
Deletion #5: B, C, M, and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CBMSJF: gene order of C, B, M, S, J, and F Incorrect CBSJMF: gene order of C, B, S, J, M, and F Incorrect CBSMJF: gene order of C, B, S, M, J, and F Incorrect CSBJMF: gene order of C, S, B, J, M, and F Incorrect CSBMJF: gene order of C, S, B, M, J, and F Correct CSMBJF: gene order of C, S, M, B, J, and F Incorrect MC

045d_29ca

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, E, F, J, K, and P, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: J and K
Deletion #2: C, F, J, and P
Deletion #3: C, F, J, K, and P
Deletion #4: E, F, J, K, and P
Deletion #5: J, K, and P

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CFPEJK: gene order of C, F, P, E, J, and K Incorrect CFPJEK: gene order of C, F, P, J, E, and K Incorrect CFPJKE: gene order of C, F, P, J, K, and E Correct CFPKJE: gene order of C, F, P, K, J, and E Incorrect CPFJEK: gene order of C, P, F, J, E, and K Incorrect CPFJKE: gene order of C, P, F, J, K, and E Incorrect MC

14f3_3882

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, B, H, K, Q, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, H, and Q
Deletion #2: A, B, K, and Z
Deletion #3: A, H, K, and Q
Deletion #4: A, B, K, and Q

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

HAKQBZ: gene order of H, A, K, Q, B, and Z Incorrect HAQKBZ: gene order of H, A, Q, K, B, and Z Incorrect HAQKZB: gene order of H, A, Q, K, Z, and B Incorrect HAQZKB: gene order of H, A, Q, Z, K, and B Incorrect HQAKBZ: gene order of H, Q, A, K, B, and Z Correct HQKABZ: gene order of H, Q, K, A, B, and Z Incorrect MC

af71_0e77

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, C, F, J, M, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, F, and J
Deletion #2: A, C, F, M, and X
Deletion #3: A, C, F, J, and M
Deletion #4: C, F, J, and M
Deletion #5: A, C, M, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JCFAMX: gene order of J, C, F, A, M, and X Incorrect JCFMAX: gene order of J, C, F, M, A, and X Incorrect JFCAMX: gene order of J, F, C, A, M, and X Incorrect JFCMAX: gene order of J, F, C, M, A, and X Correct JFMCAX: gene order of J, F, M, C, A, and X Incorrect JMFCAX: gene order of J, M, F, C, A, and X Incorrect MC

e905_d4e0

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, C, E, R, W, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: R, W, Y, and Z
Deletion #2: C, R, W, Y, and Z
Deletion #3: C, E, and Z
Deletion #4: C, E, R, Y, and Z
Deletion #5: C, E, R, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

ECRZWY: gene order of E, C, R, Z, W, and Y Incorrect ECRZYW: gene order of E, C, R, Z, Y, and W Incorrect ECZRWY: gene order of E, C, Z, R, W, and Y Incorrect ECZRYW: gene order of E, C, Z, R, Y, and W Correct EZCRYW: gene order of E, Z, C, R, Y, and W Incorrect EZRCYW: gene order of E, Z, R, C, Y, and W Incorrect MC

c6ba_9de2

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, M, P, R, S, and W, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, P, R, S, and W
Deletion #2: D, M, P, R, and W
Deletion #3: D, S, and W
Deletion #4: D, R, and W
Deletion #5: M, P, R, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

MPRWDS: gene order of M, P, R, W, D, and S Correct MPRWSD: gene order of M, P, R, W, S, and D Incorrect MPWDRS: gene order of M, P, W, D, R, and S Incorrect MPWRDS: gene order of M, P, W, R, D, and S Incorrect MPWRSD: gene order of M, P, W, R, S, and D Incorrect MRPWDS: gene order of M, R, P, W, D, and S Incorrect MC

cbfc_718c

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, P, R, T, W, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: R, T, W, Y, and Z
Deletion #2: P, W, Y, and Z
Deletion #3: T and Z
Deletion #4: P, T, W, Y, and Z
Deletion #5: R, T, Y, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PWYZRT: gene order of P, W, Y, Z, R, and T Incorrect PWYZTR: gene order of P, W, Y, Z, T, and R Correct PYWTZR: gene order of P, Y, W, T, Z, and R Incorrect PYWZRT: gene order of P, Y, W, Z, R, and T Incorrect PYWZTR: gene order of P, Y, W, Z, T, and R Incorrect PYZWRT: gene order of P, Y, Z, W, R, and T Incorrect MC

6616_031c

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, H, J, M, S, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, H, J, S, and X
Deletion #2: B, H, and J
Deletion #3: B and J
Deletion #4: B, H, and X
Deletion #5: B, H, M, S, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

JBHSXM: gene order of J, B, H, S, X, and M Incorrect JBHXSM: gene order of J, B, H, X, S, and M Correct JBSHXM: gene order of J, B, S, H, X, and M Incorrect JBSXHM: gene order of J, B, S, X, H, and M Incorrect JBXHSM: gene order of J, B, X, H, S, and M Incorrect JHBXSM: gene order of J, H, B, X, S, and M Incorrect MC

78d7_18d3

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, C, H, P, S, T, and W, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, P, S, and T
Deletion #2: C, H, S, and T
Deletion #3: C, P, and W
Deletion #4: C, P, S, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

HSTCWP: gene order of H, S, T, C, W, and P Incorrect HTCSPW: gene order of H, T, C, S, P, and W Incorrect HTCSWP: gene order of H, T, C, S, W, and P Incorrect HTCWSP: gene order of H, T, C, W, S, and P Incorrect HTSCPW: gene order of H, T, S, C, P, and W Correct HTSCWP: gene order of H, T, S, C, W, and P Incorrect MC

cbf5_12a7

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, C, D, K, S, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, D, K, and S
Deletion #2: D and K
Deletion #3: B, C, D, K, and Y
Deletion #4: B, D, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

CYBDKS: gene order of C, Y, B, D, K, and S Correct CYBDSK: gene order of C, Y, B, D, S, and K Incorrect CYBKDS: gene order of C, Y, B, K, D, and S Incorrect CYDBKS: gene order of C, Y, D, B, K, and S Incorrect CYDKBS: gene order of C, Y, D, K, B, and S Incorrect CYKBDS: gene order of C, Y, K, B, D, and S Incorrect MC

93e3_765c

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, D, E, G, R, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, E, G, and W
Deletion #2: E, G, R, and W
Deletion #3: E, R, and W
Deletion #4: D, E, G, W, and Z
Deletion #5: D, G, W, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

REWDGZ: gene order of R, E, W, D, G, and Z Incorrect REWDZG: gene order of R, E, W, D, Z, and G Incorrect REWGDZ: gene order of R, E, W, G, D, and Z Correct RWEDGZ: gene order of R, W, E, D, G, and Z Incorrect RWEDZG: gene order of R, W, E, D, Z, and G Incorrect RWEGDZ: gene order of R, W, E, G, D, and Z Incorrect MC

451e_24a4

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, E, K, Q, R, S, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, K, Q, and R
Deletion #2: E, K, Q, R, and S
Deletion #3: K, S, and Y
Deletion #4: K, Q, R, S, and Y
Deletion #5: K, R, S, and Y

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

EQKRYS: gene order of E, Q, K, R, Y, and S Incorrect EQRKSY: gene order of E, Q, R, K, S, and Y Correct EQRKYS: gene order of E, Q, R, K, Y, and S Incorrect EQRSKY: gene order of E, Q, R, S, K, and Y Incorrect EQRYKS: gene order of E, Q, R, Y, K, and S Incorrect EQSRKY: gene order of E, Q, S, R, K, and Y Incorrect MC

e214_e77f

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, D, E, F, G, J, and P, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, E, and F
Deletion #2: D, F, G, and J
Deletion #3: F and J
Deletion #4: F, G, J, and P

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

EDFGJP: gene order of E, D, F, G, J, and P Incorrect EDFJGP: gene order of E, D, F, J, G, and P Correct EDGFJP: gene order of E, D, G, F, J, and P Incorrect EDJFGP: gene order of E, D, J, F, G, and P Incorrect EDJFPG: gene order of E, D, J, F, P, and G Incorrect EDJGFP: gene order of E, D, J, G, F, and P Incorrect MC

75f8_bddf

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, A, E, J, Q, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, E, J, and X
Deletion #2: A, Q, W, and X
Deletion #3: A, J, W, and X
Deletion #4: A, J, Q, W, and X
Deletion #5: E, J, and X

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

EJAXWQ: gene order of E, J, A, X, W, and Q Incorrect EJWXAQ: gene order of E, J, W, X, A, and Q Incorrect EJXAQW: gene order of E, J, X, A, Q, and W Incorrect EJXAWQ: gene order of E, J, X, A, W, and Q Correct EJXQAW: gene order of E, J, X, Q, A, and W Incorrect EJXWAQ: gene order of E, J, X, W, A, and Q Incorrect MC

d0df_6b03

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, C, D, E, Q, and W, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, E, Q, and W
Deletion #2: C, E, and Q
Deletion #3: A, C, D, Q, and W
Deletion #4: C, D, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

ADCWEQ: gene order of A, D, C, W, E, and Q Incorrect ADWCEQ: gene order of A, D, W, C, E, and Q Incorrect ADWCQE: gene order of A, D, W, C, Q, and E Correct AWDCEQ: gene order of A, W, D, C, E, and Q Incorrect AWDCQE: gene order of A, W, D, C, Q, and E Incorrect AWDECQ: gene order of A, W, D, E, C, and Q Incorrect MC

4a46_9af7

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, A, B, M, R, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, R, X, and Z
Deletion #2: B, M, R, and Z
Deletion #3: A, B, and M
Deletion #4: A, B, M, and Z

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

ABMRZX: gene order of A, B, M, R, Z, and X Incorrect ABMZRX: gene order of A, B, M, Z, R, and X Incorrect ABMZXR: gene order of A, B, M, Z, X, and R Incorrect AMBRZX: gene order of A, M, B, R, Z, and X Incorrect AMBZRX: gene order of A, M, B, Z, R, and X Correct AMBZXR: gene order of A, M, B, Z, X, and R Incorrect MC

eda6_c3a4

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, B, G, J, K, Q, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, G, J, and K
Deletion #2: G, K, and Q
Deletion #3: G, J, K, Q, and Z
Deletion #4: J and K

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

BJGKZQ: gene order of B, J, G, K, Z, and Q Incorrect BJKGQZ: gene order of B, J, K, G, Q, and Z Correct BJKGZQ: gene order of B, J, K, G, Z, and Q Incorrect BJKQGZ: gene order of B, J, K, Q, G, and Z Incorrect BKJGZQ: gene order of B, K, J, G, Z, and Q Incorrect BKJQGZ: gene order of B, K, J, Q, G, and Z Incorrect MC

63ea_19a5

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4
Del #5

There are six (6) genes, B, P, R, S, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, five (5) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, P, S, T, and Z
Deletion #2: B, R, S, T, and Z
Deletion #3: B, R, T, and Z
Deletion #4: B, P, S, and T
Deletion #5: B and S

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

PBSTZR: gene order of P, B, S, T, Z, and R Incorrect PBTSZR: gene order of P, B, T, S, Z, and R Incorrect PSBTZR: gene order of P, S, B, T, Z, and R Correct PSBZTR: gene order of P, S, B, Z, T, and R Incorrect PSZBTR: gene order of P, S, Z, B, T, and R Incorrect PSZTBR: gene order of P, S, Z, T, B, and R Incorrect MC

3798_b91e

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

List the genes and deletions provided in the question.
Organize the deletions in a clear table or list format for easier analysis.

Step 2: Create a template for the gene order.

Start with placeholders for each gene (e.g., _ _ _ _).
Insert known genes based on hints (e.g., the first or last gene).

Step 3: Identify deletions containing the first gene.

Analyze deletions that include the first gene to determine its neighbors.
Use deletions that overlap to narrow down adjacent genes.

Step 4: Analyze deletions containing the next genes.

Look for deletions that include specific pairs of genes.
Identify deletions that exclude certain genes to resolve ambiguities.

Step 5: Verify the answer using all of the listed deletions.

Deletion questions can be hard to solve, but once you have an answer, it is easy to check if it is correct!
Go through each deletion and confirm that the proposed gene order matches the genes included in that deletion.
If any deletion is inconsistent with the proposed order, your answer is wrong.

	Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6
Del #1
Del #2
Del #3
Del #4

There are six (6) genes, G, J, M, R, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, four (4) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: J, M, R, and X
Deletion #2: G, J, M, and R
Deletion #3: G and M
Deletion #4: G, M, R, and W

Requirement: Enter your answer in the blank using only six (6) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of six (6) letters.

What is the correct order of the six (6) genes?

WGMRJX: gene order of W, G, M, R, J, and X Correct WGRMJX: gene order of W, G, R, M, J, and X Incorrect WGRMXJ: gene order of W, G, R, M, X, and J Incorrect WMGJRX: gene order of W, M, G, J, R, and X Incorrect WMGRJX: gene order of W, M, G, R, J, and X Incorrect WRGMJX: gene order of W, R, G, M, J, and X Incorrect