0131_9ff7

Using Deletion Mutants to Determine Gene Order

Deletion mutants are an essential tool in genetics for uncovering the order of five (5) 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 five genes. Offspring inheriting the full-length wildtype chromosome display the dominant phenotype for all five 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 five 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
Del #1
Del #2
Del #3
Del #4

There are five (5) genes, A, E, L, P, 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: A, L, and S
Deletion #2: A, E, L, and S
Deletion #3: A, E, and P
Deletion #4: A, E, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Correct PLEAS: gene order of P, L, E, A, and S Incorrect MC

ba34_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, and S
Deletion #2: A, E, L, and P
Deletion #3: A, E, L, and S
Deletion #4: A and E

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

ac68_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, P, and S
Deletion #2: A, L, P, and S
Deletion #3: A, E, P, and S
Deletion #4: A, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Correct LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Incorrect MC

7f1b_90a2

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
Del #1
Del #2
Del #3
Del #4

There are five (5) genes, A, B, E, 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 and E
Deletion #2: A, B, E, and S
Deletion #3: A, E, S, and T
Deletion #4: A and E

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

BASTE: gene order of B, A, S, T, and E Incorrect BATES: gene order of B, A, T, E, and S Incorrect BEAST: gene order of B, E, A, S, and T Correct BEATS: gene order of B, E, A, T, and S Incorrect BETAS: gene order of B, E, T, A, and S Incorrect MC

af27_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, E, and T
Deletion #2: A, E, S, and T
Deletion #3: A, B, and T
Deletion #4: E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

BASTE: gene order of B, A, S, T, and E Incorrect BATES: gene order of B, A, T, E, and S Correct BEAST: gene order of B, E, A, S, and T Incorrect BEATS: gene order of B, E, A, T, and S Incorrect BETAS: gene order of B, E, T, A, and S Incorrect MC

408b_b527

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
Del #1
Del #2
Del #3
Del #4

There are five (5) genes, A, E, L, 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: A and T
Deletion #2: A, E, L, and T
Deletion #3: A, L, and S
Deletion #4: A, L, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

SETAL: gene order of S, E, T, A, and L Incorrect SLATE: gene order of S, L, A, T, and E Correct STALE: gene order of S, T, A, L, and E Incorrect STEAL: gene order of S, T, E, A, and L Incorrect STELA: gene order of S, T, E, L, and A Incorrect MC

7b5e_912b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: A, E, L, and S
Deletion #3: A, S, and T
Deletion #4: A, E, and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LEAST: gene order of L, E, A, S, and T Correct SETAL: gene order of S, E, T, A, and L Incorrect SLATE: gene order of S, L, A, T, and E Incorrect STALE: gene order of S, T, A, L, and E Incorrect STEAL: gene order of S, T, E, A, and L Incorrect MC

c453_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, L, and S
Deletion #2: A, E, L, and S
Deletion #3: A, E, L, and T
Deletion #4: A, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LEAST: gene order of L, E, A, S, and T Incorrect TAELS: gene order of T, A, E, L, and S Incorrect TALES: gene order of T, A, L, E, and S Correct TEALS: gene order of T, E, A, L, and S Incorrect TESLA: gene order of T, E, S, L, and A Incorrect MC

8517_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, E, and T
Deletion #2: A, E, S, and T
Deletion #3: A and T
Deletion #4: E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

0749_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: S and T
Deletion #2: A, S, and T
Deletion #3: A, B, E, and T
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

BASTE: gene order of B, A, S, T, and E Incorrect BATES: gene order of B, A, T, E, and S Incorrect BEAST: gene order of B, E, A, S, and T Incorrect BEATS: gene order of B, E, A, T, and S Correct BETAS: gene order of B, E, T, A, and S Incorrect MC

a81a_a1dd

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
Del #1
Del #2
Del #3
Del #4

There are five (5) genes, A, E, P, R, 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: A, E, P, and R
Deletion #2: E and P
Deletion #3: A, E, and P
Deletion #4: A, E, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

PARES: gene order of P, A, R, E, and S Incorrect PARSE: gene order of P, A, R, S, and E Incorrect PEARS: gene order of P, E, A, R, and S Correct PRASE: gene order of P, R, A, S, and E Incorrect PRESA: gene order of P, R, E, S, and A Incorrect MC

4492_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: L and S
Deletion #2: A, E, L, and S
Deletion #3: A, E, L, and P
Deletion #4: A, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

9f10_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, L, and S
Deletion #2: A, E, L, and S
Deletion #3: A, L, and P
Deletion #4: A, E, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Correct PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Incorrect MC

5aa3_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, S, and T
Deletion #2: A, B, S, and T
Deletion #3: A, E, S, and T
Deletion #4: A, B, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

BASTE: gene order of B, A, S, T, and E Correct BATES: gene order of B, A, T, E, and S Incorrect BEAST: gene order of B, E, A, S, and T Incorrect BEATS: gene order of B, E, A, T, and S Incorrect BETAS: gene order of B, E, T, A, and S Incorrect MC

6a18_e3f3

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, E, P, and R
Deletion #3: E and S
Deletion #4: E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

APERS: gene order of A, P, E, R, and S Incorrect APRES: gene order of A, P, R, E, and S Incorrect ASPER: gene order of A, S, P, E, and R Incorrect RAPES: gene order of R, A, P, E, and S Correct REAPS: gene order of R, E, A, P, and S Incorrect MC

94ed_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, R, and S
Deletion #2: A, E, and R
Deletion #3: A, E, P, and R
Deletion #4: A and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

APERS: gene order of A, P, E, R, and S Incorrect APRES: gene order of A, P, R, E, and S Incorrect ASPER: gene order of A, S, P, E, and R Incorrect SPARE: gene order of S, P, A, R, and E Correct SPEAR: gene order of S, P, E, A, and R Incorrect MC

fc5f_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, L, and S
Deletion #2: A, E, L, and S
Deletion #3: A, E, L, and T
Deletion #4: A, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

5cee_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, E, and R
Deletion #3: A, E, P, and R
Deletion #4: A and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

APERS: gene order of A, P, E, R, and S Incorrect APRES: gene order of A, P, R, E, and S Incorrect ASPER: gene order of A, S, P, E, and R Incorrect SPARE: gene order of S, P, A, R, and E Incorrect SPEAR: gene order of S, P, E, A, and R Correct MC

8d73_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: S and T
Deletion #2: A, E, S, and T
Deletion #3: A, B, E, and S
Deletion #4: A, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

a07b_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: A, E, and S
Deletion #3: A, B, and E
Deletion #4: A, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

3ae0_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, S, and T
Deletion #2: A and S
Deletion #3: A, E, S, and T
Deletion #4: E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

ba45_40fc

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, E, L, and P
Deletion #3: E, P, and S
Deletion #4: A, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect SALEP: gene order of S, A, L, E, and P Incorrect SEPAL: gene order of S, E, P, A, and L Correct SPALE: gene order of S, P, A, L, and E Incorrect MC

4401_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and T
Deletion #2: A, L, and S
Deletion #3: A, E, L, and S
Deletion #4: A, E, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LEAST: gene order of L, E, A, S, and T Incorrect TAELS: gene order of T, A, E, L, and S Incorrect TALES: gene order of T, A, L, E, and S Incorrect TEALS: gene order of T, E, A, L, and S Correct TESLA: gene order of T, E, S, L, and A Incorrect MC

14cb_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and R
Deletion #2: A, P, and S
Deletion #3: A, P, R, and S
Deletion #4: A, E, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

a86f_6c94

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
Del #1
Del #2
Del #3

There are five (5) genes, A, B, E, S, and T, closely linked in a single chromosome. However, their order is unknown. In the region, three (3) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, S, and T
Deletion #2: B and E
Deletion #3: A, B, E, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

ABETS: gene order of A, B, E, T, and S Correct BASTE: gene order of B, A, S, T, and E Incorrect BATES: gene order of B, A, T, E, and S Incorrect BEAST: gene order of B, E, A, S, and T Incorrect BEATS: gene order of B, E, A, T, and S Incorrect MC

145b_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and P
Deletion #2: A, E, L, and S
Deletion #3: A, E, and S
Deletion #4: E, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

e293_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and P
Deletion #2: A, E, L, and S
Deletion #3: L and S
Deletion #4: A, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

5d9c_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and P
Deletion #2: A, E, and L
Deletion #3: A, E, P, and S
Deletion #4: A, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Correct PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Incorrect MC

3134_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, and P
Deletion #2: A, E, L, and P
Deletion #3: A, E, L, and S
Deletion #4: E, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

014c_6c94

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, and E
Deletion #2: A, B, E, and T
Deletion #3: E, S, and T
Deletion #4: B, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

2334_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and R
Deletion #2: A, P, and S
Deletion #3: A, P, R, and S
Deletion #4: A, E, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

7b91_6c94

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, and E
Deletion #2: A, B, E, and T
Deletion #3: E, S, and T
Deletion #4: B, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

ccd8_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A and L
Deletion #2: A, E, and T
Deletion #3: A, E, S, and T
Deletion #4: A and E

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

SETAL: gene order of S, E, T, A, and L Incorrect SLATE: gene order of S, L, A, T, and E Incorrect STALE: gene order of S, T, A, L, and E Incorrect STEAL: gene order of S, T, E, A, and L Correct STELA: gene order of S, T, E, L, and A Incorrect MC

09d1_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, L, and S
Deletion #2: A, L, and P
Deletion #3: A, E, and L
Deletion #4: A, E, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

5238_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, S, and T
Deletion #2: A, B, and E
Deletion #3: A, E, S, and T
Deletion #4: A, B, E, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

4d4f_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and T
Deletion #2: S and T
Deletion #3: E, S, and T
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

93b9_b527

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
Del #1
Del #2
Del #3

There are five (5) genes, A, E, L, S, and T, closely linked in a single chromosome. However, their order is unknown. In the region, three (3) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, E, and T
Deletion #2: A, L, S, and T
Deletion #3: A and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

4983_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, and S
Deletion #2: A, E, L, and P
Deletion #3: A, E, L, and S
Deletion #4: A, E, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

2a4a_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and S
Deletion #2: E and S
Deletion #3: E, L, and S
Deletion #4: A, E, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

caa0_9ff7

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
Del #1
Del #2
Del #3

There are five (5) genes, A, E, L, P, and S, closely linked in a single chromosome. However, their order is unknown. In the region, three (3) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, E, and S
Deletion #2: A, E, L, and P
Deletion #3: E and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

18cd_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, and S
Deletion #2: A, L, and T
Deletion #3: A, E, and T
Deletion #4: A, E, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

70f8_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and T
Deletion #2: A, S, and T
Deletion #3: A, E, and L
Deletion #4: A, L, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

SETAL: gene order of S, E, T, A, and L Incorrect SLATE: gene order of S, L, A, T, and E Incorrect STALE: gene order of S, T, A, L, and E Correct STEAL: gene order of S, T, E, A, and L Incorrect STELA: gene order of S, T, E, L, and A Incorrect MC

3b32_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: B and E
Deletion #3: B, E, and T
Deletion #4: A, B, E, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

BASTE: gene order of B, A, S, T, and E Incorrect BATES: gene order of B, A, T, E, and S Incorrect BEAST: gene order of B, E, A, S, and T Incorrect BEATS: gene order of B, E, A, T, and S Incorrect BETAS: gene order of B, E, T, A, and S Correct MC

a442_e3f3

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and R
Deletion #2: A, E, P, and S
Deletion #3: E, P, and S
Deletion #4: A, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

8154_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and S
Deletion #2: A, E, L, and S
Deletion #3: E, L, and P
Deletion #4: A, E, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

939a_40fc

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and P
Deletion #2: A, L, and P
Deletion #3: E, P, and S
Deletion #4: A, E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

a57d_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: A, E, L, and T
Deletion #3: E, S, and T
Deletion #4: A, E, and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

06df_912b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, S, and T
Deletion #2: A, E, S, and T
Deletion #3: A, E, L, and S
Deletion #4: A, E, and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

1d00_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, and P
Deletion #2: A, L, P, and S
Deletion #3: A, E, P, and S
Deletion #4: E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

d65f_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, and R
Deletion #2: E, R, and S
Deletion #3: A, E, R, and S
Deletion #4: A, P, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

PARES: gene order of P, A, R, E, and S Incorrect PARSE: gene order of P, A, R, S, and E Correct PEARS: gene order of P, E, A, R, and S Incorrect PRASE: gene order of P, R, A, S, and E Incorrect PRESA: gene order of P, R, E, S, and A Incorrect MC

eb93_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, S, and T
Deletion #2: A, E, and L
Deletion #3: A, E, L, and T
Deletion #4: A, L, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

c63d_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and R
Deletion #2: A, E, and P
Deletion #3: A, R, and S
Deletion #4: A, E, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

5017_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and S
Deletion #2: A, L, and S
Deletion #3: L and S
Deletion #4: A, E, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

a513_6c94

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E and T
Deletion #2: A, B, and E
Deletion #3: B, E, and T
Deletion #4: B, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

cb22_40fc

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, and P
Deletion #2: A and L
Deletion #3: A, E, L, and P
Deletion #4: A, E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

b29d_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: A, B, and E
Deletion #3: A, S, and T
Deletion #4: A, B, E, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

79b6_40fc

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, and P
Deletion #2: A, E, P, and S
Deletion #3: A, E, L, and P
Deletion #4: E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

058d_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, R, and S
Deletion #2: A, P, and R
Deletion #3: E, R, and S
Deletion #4: A, E, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

41b7_e3f3

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, E, P, and R
Deletion #3: A, P, and S
Deletion #4: A, E, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

APERS: gene order of A, P, E, R, and S Incorrect APRES: gene order of A, P, R, E, and S Incorrect ASPER: gene order of A, S, P, E, and R Incorrect RAPES: gene order of R, A, P, E, and S Incorrect REAPS: gene order of R, E, A, P, and S Correct MC

b57b_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A and B
Deletion #2: A, E, S, and T
Deletion #3: A, B, and T
Deletion #4: A, B, E, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

fe75_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and L
Deletion #2: E, S, and T
Deletion #3: A, E, L, and T
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

432d_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, S, and T
Deletion #2: A, B, and T
Deletion #3: A, E, S, and T
Deletion #4: A, B, E, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

8acd_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, and E
Deletion #2: A, E, S, and T
Deletion #3: A, S, and T
Deletion #4: A, B, E, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

5a26_e3f3

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and R
Deletion #2: A, E, P, and S
Deletion #3: A, P, and R
Deletion #4: E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

099a_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, R, and S
Deletion #2: A, P, and S
Deletion #3: A, E, P, and R
Deletion #4: A and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

2382_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, S, and T
Deletion #2: A, E, and L
Deletion #3: A, S, and T
Deletion #4: A, E, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

e936_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E and P
Deletion #2: A and E
Deletion #3: A, E, P, and S
Deletion #4: A, E, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

APERS: gene order of A, P, E, R, and S Incorrect APRES: gene order of A, P, R, E, and S Incorrect ASPER: gene order of A, S, P, E, and R Incorrect SPARE: gene order of S, P, A, R, and E Incorrect SPEAR: gene order of S, P, E, A, and R Correct MC

54b6_40fc

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, L, and P
Deletion #3: A, E, L, and P
Deletion #4: E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

8080_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, and E
Deletion #2: A, S, and T
Deletion #3: A, B, E, and T
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

1978_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and R
Deletion #2: A, E, P, and R
Deletion #3: A, P, R, and S
Deletion #4: A, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

7b05_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and S
Deletion #2: A, E, and T
Deletion #3: A, E, L, and T
Deletion #4: E and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

58de_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E and P
Deletion #2: A, E, L, and S
Deletion #3: A, E, L, and P
Deletion #4: A, E, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

5155_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, R, and S
Deletion #2: A, P, and R
Deletion #3: E, R, and S
Deletion #4: A, E, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

PARES: gene order of P, A, R, E, and S Correct PARSE: gene order of P, A, R, S, and E Incorrect PEARS: gene order of P, E, A, R, and S Incorrect PRASE: gene order of P, R, A, S, and E Incorrect PRESA: gene order of P, R, E, S, and A Incorrect MC

fbfd_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E and T
Deletion #2: A, B, E, and T
Deletion #3: A, S, and T
Deletion #4: A and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

BASTE: gene order of B, A, S, T, and E Incorrect BATES: gene order of B, A, T, E, and S Incorrect BEAST: gene order of B, E, A, S, and T Incorrect BEATS: gene order of B, E, A, T, and S Incorrect BETAS: gene order of B, E, T, A, and S Correct MC

7eba_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E and R
Deletion #2: A, E, P, and R
Deletion #3: A, P, and R
Deletion #4: A, E, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

bcd2_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, S, and T
Deletion #2: A, B, and E
Deletion #3: A, E, S, and T
Deletion #4: A, B, E, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

29bb_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and P
Deletion #2: E, L, and P
Deletion #3: A, E, L, and S
Deletion #4: A, E, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

a894_912b

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
Del #1
Del #2
Del #3

Deletion #1: A, S, and T
Deletion #2: A, E, L, and S
Deletion #3: A and E

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

5e0e_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, E, and R
Deletion #3: A, E, P, and R
Deletion #4: E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

APERS: gene order of A, P, E, R, and S Incorrect APRES: gene order of A, P, R, E, and S Incorrect ASPER: gene order of A, S, P, E, and R Incorrect SPARE: gene order of S, P, A, R, and E Incorrect SPEAR: gene order of S, P, E, A, and R Correct MC

9134_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, L, P, and S
Deletion #3: E, P, and S
Deletion #4: A, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

5d3e_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and S
Deletion #2: A, E, L, and S
Deletion #3: A, E, L, and P
Deletion #4: E, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

8b0f_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, and S
Deletion #2: A, E, and L
Deletion #3: A, E, and T
Deletion #4: A, E, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

d2aa_40fc

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
Del #1
Del #2
Del #3

Deletion #1: E, P, and S
Deletion #2: A, L, and P
Deletion #3: A, E, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

513d_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, E, L, and P
Deletion #3: A, P, and S
Deletion #4: A, E, and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

b80b_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: A, B, and S
Deletion #3: E, S, and T
Deletion #4: A, B, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

65fe_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and S
Deletion #2: E, L, and S
Deletion #3: A, E, L, and P
Deletion #4: E and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

2974_e3f3

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, E, and R
Deletion #3: A, E, P, and R
Deletion #4: A, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

APERS: gene order of A, P, E, R, and S Incorrect APRES: gene order of A, P, R, E, and S Incorrect ASPER: gene order of A, S, P, E, and R Incorrect RAPES: gene order of R, A, P, E, and S Incorrect REAPS: gene order of R, E, A, P, and S Correct MC

4caa_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: A, B, S, and T
Deletion #3: E and T
Deletion #4: E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

0015_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, S, and T
Deletion #2: A, B, and S
Deletion #3: A, E, S, and T
Deletion #4: A, B, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

19d7_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and L
Deletion #2: A and T
Deletion #3: A, E, L, and T
Deletion #4: A, L, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

09be_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and S
Deletion #2: A, E, L, and S
Deletion #3: A, E, L, and P
Deletion #4: E, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

18f3_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, E, and S
Deletion #2: A, E, S, and T
Deletion #3: A, S, and T
Deletion #4: A, B, and E

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

4f9c_6c94

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, and E
Deletion #2: A, B, E, and T
Deletion #3: E, S, and T
Deletion #4: B, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

288d_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, R, and S
Deletion #2: A, E, R, and S
Deletion #3: E, R, and S
Deletion #4: A, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

c0a4_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, L, and P
Deletion #2: A, E, L, and S
Deletion #3: A, E, L, and P
Deletion #4: A, E, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

6fd2_40fc

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, P, and S
Deletion #2: A, E, L, and P
Deletion #3: A, L, and P
Deletion #4: A, E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

15fc_912b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, S, and T
Deletion #2: A, E, S, and T
Deletion #3: A, E, L, and S
Deletion #4: A, E, and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

2072_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E and R
Deletion #2: A, E, and R
Deletion #3: A, E, P, and R
Deletion #4: A, P, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

e0de_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, and S
Deletion #2: A, E, S, and T
Deletion #3: A and B
Deletion #4: A, B, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

3173_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and T
Deletion #2: L and S
Deletion #3: A, E, L, and S
Deletion #4: A and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

918e_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and R
Deletion #2: A, P, R, and S
Deletion #3: A, P, and S
Deletion #4: A, E, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

fdde_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, and R
Deletion #2: A, P, R, and S
Deletion #3: R and S
Deletion #4: A, E, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

6c9d_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, L, P, and S
Deletion #3: A, L, and P
Deletion #4: E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

b9cf_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, R, and S
Deletion #2: A, E, R, and S
Deletion #3: E, R, and S
Deletion #4: A, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

716f_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and T
Deletion #2: A, L, and S
Deletion #3: A, E, and T
Deletion #4: A, L, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

55c1_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and L
Deletion #2: A, E, S, and T
Deletion #3: A, E, L, and T
Deletion #4: E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

6b27_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, and S
Deletion #2: A, E, and T
Deletion #3: A, E, L, and S
Deletion #4: A, E, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

bd54_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A and T
Deletion #2: A, E, L, and T
Deletion #3: A, L, S, and T
Deletion #4: A, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

9cd0_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, and T
Deletion #2: A, E, S, and T
Deletion #3: A, B, E, and T
Deletion #4: A and B

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

5260_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and S
Deletion #2: A, E, L, and P
Deletion #3: E, L, and P
Deletion #4: A, E, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

d22d_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, R, and S
Deletion #2: A, R, and S
Deletion #3: A, E, P, and R
Deletion #4: A, E, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

131d_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, L, P, and S
Deletion #3: A, L, and P
Deletion #4: E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

362f_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and S
Deletion #2: E, L, and P
Deletion #3: A, E, L, and S
Deletion #4: A, E, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

b19b_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, and S
Deletion #2: A, E, L, and P
Deletion #3: A, E, P, and S
Deletion #4: A, E, and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

53ee_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: A, B, S, and T
Deletion #3: A, B, and S
Deletion #4: E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

0ff9_40fc

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, E, L, and P
Deletion #3: E, P, and S
Deletion #4: A, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

68f1_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E and L
Deletion #2: A, E, L, and P
Deletion #3: A, E, and L
Deletion #4: A, E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

288b_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, E, and T
Deletion #2: A, E, S, and T
Deletion #3: A, S, and T
Deletion #4: B, E, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

BASTE: gene order of B, A, S, T, and E Incorrect BATES: gene order of B, A, T, E, and S Incorrect BEAST: gene order of B, E, A, S, and T Incorrect BEATS: gene order of B, E, A, T, and S Incorrect BETAS: gene order of B, E, T, A, and S Correct MC

2295_6c94

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: B, E, S, and T
Deletion #2: A, B, and E
Deletion #3: A, B, E, and T
Deletion #4: E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

ab7d_912b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and S
Deletion #2: A, E, S, and T
Deletion #3: A, E, and L
Deletion #4: A, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

a968_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, R, and S
Deletion #2: A and R
Deletion #3: A, E, P, and R
Deletion #4: E and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

1735_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, E, and L
Deletion #3: A, P, and S
Deletion #4: A, E, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

98f3_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: A and L
Deletion #3: A, E, and L
Deletion #4: A, E, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

f5a9_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: L and S
Deletion #2: A, E, L, and P
Deletion #3: A, E, L, and S
Deletion #4: A and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

0cbc_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, L, and P
Deletion #2: A, E, and S
Deletion #3: A, E, L, and P
Deletion #4: A, E, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

3cdc_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and T
Deletion #2: A, L, and S
Deletion #3: A, E, L, and T
Deletion #4: A, E, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

969b_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, L, and S
Deletion #2: A, E, L, and P
Deletion #3: A, E, L, and S
Deletion #4: A, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

31c4_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: S and T
Deletion #2: A and T
Deletion #3: A, L, S, and T
Deletion #4: A, E, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

5863_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, S, and T
Deletion #2: A, E, L, and T
Deletion #3: A, E, S, and T
Deletion #4: A, E, and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

d0e6_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and T
Deletion #2: A, E, L, and S
Deletion #3: A, E, L, and T
Deletion #4: E and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

8f48_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A and L
Deletion #2: A, E, and T
Deletion #3: A, E, L, and S
Deletion #4: A, E, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

0dda_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, P, and S
Deletion #2: A, E, P, and R
Deletion #3: A, E, P, and S
Deletion #4: A, E, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

APERS: gene order of A, P, E, R, and S Incorrect APRES: gene order of A, P, R, E, and S Incorrect ASPER: gene order of A, S, P, E, and R Incorrect SPARE: gene order of S, P, A, R, and E Incorrect SPEAR: gene order of S, P, E, A, and R Correct MC

c381_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, and E
Deletion #2: A, B, E, and S
Deletion #3: A, S, and T
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

34aa_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, P, and S
Deletion #2: A, E, P, and S
Deletion #3: A and P
Deletion #4: A, L, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

c65a_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, S, and T
Deletion #2: A, L, S, and T
Deletion #3: A, E, and L
Deletion #4: A, E, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

18fe_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, S, and T
Deletion #2: A, B, E, and T
Deletion #3: A, E, and T
Deletion #4: A and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

BASTE: gene order of B, A, S, T, and E Incorrect BATES: gene order of B, A, T, E, and S Incorrect BEAST: gene order of B, E, A, S, and T Incorrect BEATS: gene order of B, E, A, T, and S Incorrect BETAS: gene order of B, E, T, A, and S Correct MC

b97d_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, E, and T
Deletion #2: A and T
Deletion #3: A, E, S, and T
Deletion #4: A and B

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

2f22_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, and E
Deletion #2: A, B, E, and T
Deletion #3: A, S, and T
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

36e0_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, L, P, and S
Deletion #3: E, P, and S
Deletion #4: E and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

d624_e3f3

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, P, and S
Deletion #3: A, E, and R
Deletion #4: A, E, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

APERS: gene order of A, P, E, R, and S Incorrect APRES: gene order of A, P, R, E, and S Incorrect ASPER: gene order of A, S, P, E, and R Incorrect RAPES: gene order of R, A, P, E, and S Incorrect REAPS: gene order of R, E, A, P, and S Correct MC

23bc_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: S and T
Deletion #2: A, B, S, and T
Deletion #3: A, B, and S
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

e409_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, S, and T
Deletion #2: A, E, S, and T
Deletion #3: A, B, E, and T
Deletion #4: A, B, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

784b_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, and S
Deletion #2: A and E
Deletion #3: A, E, L, and T
Deletion #4: A, E, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

239d_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, R, and S
Deletion #2: A, E, R, and S
Deletion #3: A, P, and R
Deletion #4: E, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

ca56_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, R, and S
Deletion #2: A, E, P, and R
Deletion #3: A, E, and R
Deletion #4: A, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

12fb_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, R, and S
Deletion #2: A, E, R, and S
Deletion #3: A, E, P, and R
Deletion #4: A, E, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

c629_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: P and S
Deletion #2: A, P, R, and S
Deletion #3: A, E, P, and R
Deletion #4: A, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

9a31_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and P
Deletion #2: E, L, and S
Deletion #3: A, L, and P
Deletion #4: A, E, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

6ba9_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, S, and T
Deletion #2: A and L
Deletion #3: A, S, and T
Deletion #4: A, E, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

3ed9_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, and E
Deletion #2: A, B, E, and T
Deletion #3: A, S, and T
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

9422_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, R, and S
Deletion #2: A, P, and R
Deletion #3: A, E, R, and S
Deletion #4: A and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

40e6_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, L, and P
Deletion #2: A, E, and S
Deletion #3: A, E, L, and P
Deletion #4: A, E, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

fb6c_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, and S
Deletion #2: A, E, L, and S
Deletion #3: A, E, L, and P
Deletion #4: A, E, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

5c65_90a2

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
Del #1
Del #2
Del #3

Deletion #1: A, S, and T
Deletion #2: A, B, E, and T
Deletion #3: E and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

BASTE: gene order of B, A, S, T, and E Incorrect BATES: gene order of B, A, T, E, and S Incorrect BEAST: gene order of B, E, A, S, and T Incorrect BEATS: gene order of B, E, A, T, and S Incorrect BETAS: gene order of B, E, T, A, and S Correct MC

d2e2_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and T
Deletion #2: E and T
Deletion #3: A, E, L, and T
Deletion #4: A, L, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

9959_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, E, and L
Deletion #3: A, E, L, and P
Deletion #4: A, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

d270_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and R
Deletion #2: A, R, and S
Deletion #3: A, E, R, and S
Deletion #4: A, E, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

215d_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, S, and T
Deletion #2: A, E, and T
Deletion #3: A, L, and S
Deletion #4: A, E, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

eeb0_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and P
Deletion #2: A, E, R, and S
Deletion #3: A, E, P, and R
Deletion #4: A, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

c51d_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E and S
Deletion #2: E, L, and S
Deletion #3: A, E, L, and T
Deletion #4: A, E, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

aac6_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A and R
Deletion #2: A, P, R, and S
Deletion #3: E, R, and S
Deletion #4: A, E, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

fe23_912b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: A, E, L, and S
Deletion #3: A, S, and T
Deletion #4: A, E, and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

9bec_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and S
Deletion #2: E, L, and P
Deletion #3: A, E, L, and P
Deletion #4: A, E, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

fba4_e3f3

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A and P
Deletion #2: A, E, P, and R
Deletion #3: E, P, and S
Deletion #4: A, E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

c16c_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, L, P, and S
Deletion #3: P and S
Deletion #4: E and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

4fef_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, E, and T
Deletion #2: S and T
Deletion #3: A, S, and T
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

0e7b_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, R, and S
Deletion #2: A, P, and R
Deletion #3: A, R, and S
Deletion #4: A, E, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

c4aa_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, E, and T
Deletion #2: A, S, and T
Deletion #3: A, B, and E
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

a436_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A and L
Deletion #2: A, E, L, and S
Deletion #3: A, E, L, and T
Deletion #4: E and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

12f7_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, S, and T
Deletion #2: A, E, S, and T
Deletion #3: S and T
Deletion #4: A, B, E, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

3689_40fc

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, E, L, and P
Deletion #3: A, L, and P
Deletion #4: E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

cdf9_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, B, E, and T
Deletion #2: A, B, and T
Deletion #3: E, S, and T
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

3a2c_e3f3

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and R
Deletion #2: A, E, P, and S
Deletion #3: A, E, P, and R
Deletion #4: A, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

APERS: gene order of A, P, E, R, and S Incorrect APRES: gene order of A, P, R, E, and S Incorrect ASPER: gene order of A, S, P, E, and R Incorrect RAPES: gene order of R, A, P, E, and S Incorrect REAPS: gene order of R, E, A, P, and S Correct MC

4016_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and R
Deletion #2: A, E, R, and S
Deletion #3: E and R
Deletion #4: A, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

c018_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and S
Deletion #2: A, E, P, and R
Deletion #3: E, P, and S
Deletion #4: A and E

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

APERS: gene order of A, P, E, R, and S Incorrect APRES: gene order of A, P, R, E, and S Incorrect ASPER: gene order of A, S, P, E, and R Incorrect SPARE: gene order of S, P, A, R, and E Incorrect SPEAR: gene order of S, P, E, A, and R Correct MC

ec25_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and R
Deletion #2: A, E, R, and S
Deletion #3: A, P, and R
Deletion #4: E, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

8477_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: A, B, E, and T
Deletion #3: A and T
Deletion #4: E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

12b3_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, R, and S
Deletion #2: E, R, and S
Deletion #3: A, P, and R
Deletion #4: A, E, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

57dd_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: A, B, E, and T
Deletion #3: A and T
Deletion #4: A and B

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

a67e_9ff7

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
Del #1
Del #2
Del #3

Deletion #1: A, E, and P
Deletion #2: A, E, L, and S
Deletion #3: A and L

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

5652_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, and R
Deletion #2: A, E, R, and S
Deletion #3: A, E, P, and R
Deletion #4: E, R, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

3905_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, S, and T
Deletion #2: A, B, E, and T
Deletion #3: A, B, and E
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

8fed_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, R, and S
Deletion #2: E and R
Deletion #3: A, P, and R
Deletion #4: A, E, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

1a2a_e3f3

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, and R
Deletion #2: A, E, P, and R
Deletion #3: E, P, and S
Deletion #4: A, E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

6e13_7f4b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and T
Deletion #2: A, L, and T
Deletion #3: E, L, and S
Deletion #4: A, E, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

ae20_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E, L, and S
Deletion #2: A, E, L, and S
Deletion #3: A, E, L, and P
Deletion #4: A, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

0cd6_6c94

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
Del #1
Del #2
Del #3

Deletion #1: B, E, S, and T
Deletion #2: E and T
Deletion #3: A, B, and E

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

f9c2_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E and L
Deletion #2: A, E, L, and P
Deletion #3: A, E, and S
Deletion #4: A, E, L, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

LAPSE: gene order of L, A, P, S, and E Incorrect LEAPS: gene order of L, E, A, P, and S Incorrect PALES: gene order of P, A, L, E, and S Incorrect PEALS: gene order of P, E, A, L, and S Incorrect PLEAS: gene order of P, L, E, A, and S Correct MC

604e_a1dd

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and R
Deletion #2: A, E, R, and S
Deletion #3: A and R
Deletion #4: A, E, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

e00b_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, and L
Deletion #2: A, S, and T
Deletion #3: A, L, S, and T
Deletion #4: A, E, L, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

c8af_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, and P
Deletion #2: A, L, P, and S
Deletion #3: E, P, and S
Deletion #4: A, E, P, and S

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

4415_bc71

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, P, R, and S
Deletion #2: A, P, and S
Deletion #3: A, E, and R
Deletion #4: A, E, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

95d1_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, S, and T
Deletion #2: A and B
Deletion #3: A, B, and T
Deletion #4: A, B, E, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

6f20_90a2

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: S and T
Deletion #2: A, B, and S
Deletion #3: A, B, S, and T
Deletion #4: A, E, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

b32b_912b

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and S
Deletion #2: A, E, S, and T
Deletion #3: A and E
Deletion #4: A, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

934b_9ff7

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, L, and S
Deletion #2: E and L
Deletion #3: A, E, L, and P
Deletion #4: A, L, and P

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

20a7_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, L, S, and T
Deletion #2: A, S, and T
Deletion #3: A, E, L, and T
Deletion #4: S and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

d101_b527

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: E and L
Deletion #2: A, E, L, and T
Deletion #3: A, E, and L
Deletion #4: A, L, S, and T

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?

bbbb_e3f3

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
Del #1
Del #2
Del #3
Del #4

Deletion #1: A, E, P, and R
Deletion #2: A, E, P, and S
Deletion #3: E, P, and S
Deletion #4: A, P, and R

Requirement: Enter your answer in the blank using only five (5) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is an English dictionary word of length five (5).

What is the correct order of the five (5) genes?