FIB

9d0c_59d0

Using Deletion Mutants to Determine Gene Order

Deletion mutants are an essential tool in genetics for uncovering the order of twelve (12) 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 twelve genes. Offspring inheriting the full-length wildtype chromosome display the dominant phenotype for all twelve 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 twelve 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.

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, A, B, C, D, F, J, K, P, R, S, T, and W, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, J, S, and T
Deletion #2: A, B, J, P, R, and T
Deletion #3: C, D, F, and R
Deletion #4: A, S, and W
Deletion #5: B, F, J, P, R, and T
Deletion #6: A, J, K, S, T, and W
Deletion #7: B, F, J, P, and R
Deletion #8: C, D, F, P, and R
Deletion #9: B, D, F, J, P, R, and T

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

C,D,F,R,P,B,J,T,A,S,W,K CDF,RPB,JTA,SWK CDFRPBJTASWK K,W,S,A,T,J,B,P,R,F,D,C KWS,ATJ,BPR,FDC KWSATJBPRFDC FIB

dd88_f352

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, B, C, D, E, F, H, J, P, T, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, F, J, and Y
Deletion #2: A, B, C, J, T, and Y
Deletion #3: B, C, E, J, T, and Y
Deletion #4: A, B, C, D, J, and T
Deletion #5: A, D, H, and T
Deletion #6: D and H
Deletion #7: B, E, F, J, W, and Y
Deletion #8: A, B, C, D, H, P, and T

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

P,H,D,A,T,C,B,J,Y,E,F,W PHD,ATC,BJY,EFW PHDATCBJYEFW W,F,E,Y,J,B,C,T,A,D,H,P WFE,YJB,CTA,DHP WFEYJBCTADHP FIB

3266_15ee

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9
Del #10

There are twelve (12) genes, A, B, C, D, M, P, Q, R, S, T, W, and X, closely linked in a single chromosome. However, their order is unknown. In the region, ten (10) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: P, Q, T, and X
Deletion #2: C, M, P, R, T, W, and X
Deletion #3: A, M, P, Q, T, and X
Deletion #4: B, C, M, P, R, T, and W
Deletion #5: A, P, Q, S, T, and X
Deletion #6: C, M, P, R, T, and X
Deletion #7: C, M, R, T, and W
Deletion #8: A, C, M, P, Q, T, and X
Deletion #9: A, D, Q, S, and X
Deletion #10: C, M, P, R, and T

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

B,W,R,C,M,T,P,X,Q,A,S,D BWR,CMT,PXQ,ASD BWRCMTPXQASD D,S,A,Q,X,P,T,M,C,R,W,B DSA,QXP,TMC,RWB DSAQXPTMCRWB FIB

8047_454b

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, C, D, F, G, H, J, K, M, P, R, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: F, G, R, and X
Deletion #2: C, F, G, H, M, and Y
Deletion #3: C, D, H, J, K, M, and Y
Deletion #4: F, G, H, M, and Y
Deletion #5: G, P, R, and X
Deletion #6: C, D, F, H, K, M, and Y
Deletion #7: C, F, G, H, K, M, and Y
Deletion #8: F, G, R, and Y
Deletion #9: F, G, M, R, X, and Y

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

J,D,K,C,H,M,Y,F,G,R,X,P JDK,CHM,YFG,RXP JDKCHMYFGRXP P,X,R,G,F,Y,M,H,C,K,D,J PXR,GFY,MHC,KDJ PXRGFYMHCKDJ FIB

9791_d533

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, B, F, H, J, K, P, R, T, X, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, B, F, P, T, X, and Y
Deletion #2: J, K, R, and Y
Deletion #3: B, H, J, K, R, T, and Y
Deletion #4: A, B, F, P, T, X, and Z
Deletion #5: A, B, F, P, and X
Deletion #6: A, B, J, K, R, T, and Y
Deletion #7: A, B, J, R, T, X, and Y
Deletion #8: A, B, F, R, T, X, and Y

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

H,K,J,R,Y,T,B,A,X,F,P,Z HKJ,RYT,BAX,FPZ HKJRYTBAXFPZ Z,P,F,X,A,B,T,Y,R,J,K,H ZPF,XAB,TYR,JKH ZPFXABTYRJKH FIB

516a_6290

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, A, C, D, G, H, J, K, R, S, X, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, G, H, J, Y, and Z
Deletion #2: A, C, K, R, S, and X
Deletion #3: D, J, and Y
Deletion #4: A, C, G, K, R, X, and Z
Deletion #5: G, J, K, R, Y, and Z
Deletion #6: A, C, K, S, and X
Deletion #7: A, C, G, J, K, R, and Z
Deletion #8: A, G, J, K, R, and Z
Deletion #9: G, J, and Y

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

H,D,Y,J,G,Z,R,K,A,C,X,S HDY,JGZ,RKA,CXS HDYJGZRKACXS S,X,C,A,K,R,Z,G,J,Y,D,H SXC,AKR,ZGJ,YDH SXCAKRZGJYDH FIB

aef0_affe

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, B, D, E, F, G, K, Q, R, S, T, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, E, Q, R, S, W, and Z
Deletion #2: B, F, G, K, and R
Deletion #3: Q, S, T, W, and Z
Deletion #4: D, E, G, K, R, and Z
Deletion #5: D, Q, S, and Z
Deletion #6: D, E, G, Q, R, and Z
Deletion #7: D, E, F, G, K, R, and Z
Deletion #8: D, E, G, K, Q, R, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

B,F,K,G,R,E,D,Z,Q,S,W,T BFK,GRE,DZQ,SWT BFKGREDZQSWT T,W,S,Q,Z,D,E,R,G,K,F,B TWS,QZD,ERG,KFB TWSQZDERGKFB FIB

2b9b_192e

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, B, C, D, F, G, H, P, R, S, W, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, D, F, R, X, and Z
Deletion #2: B, C, F, W, and X
Deletion #3: C, P, S, and W
Deletion #4: D, F, X, and Z
Deletion #5: D, F, H, R, and Z
Deletion #6: B, C, S, W, and X
Deletion #7: B, C, D, F, S, W, and X
Deletion #8: B, C, G, P, S, and W
Deletion #9: B, C, F, and X

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

G,P,S,W,C,B,X,F,D,Z,R,H GPS,WCB,XFD,ZRH GPSWCBXFDZRH H,R,Z,D,F,X,B,C,W,S,P,G HRZ,DFX,BCW,SPG HRZDFXBCWSPG FIB

f1ef_d462

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, A, F, G, H, J, K, M, Q, R, W, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: J, K, and Q
Deletion #2: A, F, G, M, R, Y, and Z
Deletion #3: F, G, J, K, Q, R, and W
Deletion #4: A, G, M, R, Y, and Z
Deletion #5: A, F, G, R, and W
Deletion #6: A, F, G, Q, R, W, and Z
Deletion #7: F, J, Q, R, and W
Deletion #8: A, F, G, R, W, Y, and Z
Deletion #9: A, G, H, M, R, Y, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

H,M,Y,Z,A,G,R,F,W,Q,J,K HMY,ZAG,RFW,QJK HMYZAGRFWQJK K,J,Q,W,F,R,G,A,Z,Y,M,H KJQ,WFR,GAZ,YMH KJQWFRGAZYMH FIB

f548_b30a

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, A, B, C, D, G, H, M, P, Q, T, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, D, G, P, T, and X
Deletion #2: B, G, T, X, and Y
Deletion #3: C, D, G, P, and T
Deletion #4: A, C, D, G, and P
Deletion #5: C, G, and T
Deletion #6: A, H, M, P, and Q
Deletion #7: A, D, H, P, and Q
Deletion #8: A, C, D, H, and P
Deletion #9: C, D, G, T, X, and Y

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

B,Y,X,T,G,C,D,P,A,H,Q,M BYX,TGC,DPA,HQM BYXTGCDPAHQM M,Q,H,A,P,D,C,G,T,X,Y,B MQH,APD,CGT,XYB MQHAPDCGTXYB FIB

021e_2ecb

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9
Del #10

There are twelve (12) genes, A, B, D, F, G, H, J, K, M, Q, R, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, ten (10) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, M, and Z
Deletion #2: A, H, K, M, Q, R, and Z
Deletion #3: A, H, K, M, and Z
Deletion #4: H, M, and Z
Deletion #5: F, J, Q, and R
Deletion #6: F, H, M, Q, and R
Deletion #7: A, B, G, and K
Deletion #8: A, H, M, Q, and Z
Deletion #9: A, G, H, K, M, and Z
Deletion #10: D and J

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

B,G,K,A,Z,M,H,Q,R,F,J,D BGK,AZM,HQR,FJD BGKAZMHQRFJD D,J,F,R,Q,H,M,Z,A,K,G,B DJF,RQH,MZA,KGB DJFRQHMZAKGB FIB

15f2_46d7

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, B, E, G, H, J, M, Q, R, T, W, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, H, R, W, and Y
Deletion #2: B, E, R, and T
Deletion #3: G, H, Q, W, and Y
Deletion #4: E, G, H, R, W, and Y
Deletion #5: G, J, Q, W, and Y
Deletion #6: E, H, W, and Y
Deletion #7: B, E, H, M, R, T, and W
Deletion #8: B, M, T, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

J,Q,G,Y,W,H,E,R,B,T,M,Z JQG,YWH,ERB,TMZ JQGYWHERBTMZ Z,M,T,B,R,E,H,W,Y,G,Q,J ZMT,BRE,HWY,GQJ ZMTBREHWYGQJ FIB

c9f3_565d

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, A, B, D, G, H, Q, R, S, T, X, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, D, Q, and R
Deletion #2: A, D, R, S, T, and Z
Deletion #3: A, R, S, and Z
Deletion #4: A, D, Q, R, S, Y, and Z
Deletion #5: H, R, S, T, and Z
Deletion #6: A, D, Q, R, S, X, and Y
Deletion #7: H, S, T, and Z
Deletion #8: B, H, S, T, and Z
Deletion #9: G and X

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

B,H,T,Z,S,R,A,D,Q,Y,X,G BHT,ZSR,ADQ,YXG BHTZSRADQYXG G,X,Y,Q,D,A,R,S,Z,T,H,B GXY,QDA,RSZ,THB GXYQDARSZTHB FIB

2444_48cb

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, B, C, D, E, G, H, J, R, S, X, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, D, E, and S
Deletion #2: B, E, G, J, R, S, and Z
Deletion #3: G, H, R, X, and Y
Deletion #4: B, E, G, J, R, and Z
Deletion #5: G, H, R, X, and Z
Deletion #6: B, D, E, and S
Deletion #7: E, G, J, R, X, and Z
Deletion #8: B, E, G, J, S, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

C,D,S,B,E,J,Z,G,R,X,H,Y CDS,BEJ,ZGR,XHY CDSBEJZGRXHY Y,H,X,R,G,Z,J,E,B,S,D,C YHX,RGZ,JEB,SDC YHXRGZJEBSDC FIB

8a8c_c444

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, B, D, E, F, G, J, P, Q, W, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, J, X, and Y
Deletion #2: A, D, F, G, P, Q, and W
Deletion #3: E, J, Q, and X
Deletion #4: A, F, G, and P
Deletion #5: B, E, G, J, Q, W, and X
Deletion #6: A, G, J, Q, W, and X
Deletion #7: A, D, F, and P
Deletion #8: A, F, G, J, Q, and W

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

D,P,F,A,G,W,Q,J,X,E,B,Y DPF,AGW,QJX,EBY DPFAGWQJXEBY Y,B,E,X,J,Q,W,G,A,F,P,D YBE,XJQ,WGA,FPD YBEXJQWGAFPD FIB

ec1a_64aa

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7

There are twelve (12) genes, A, B, C, E, F, G, P, Q, S, W, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, seven (7) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, E, F, and P
Deletion #2: A, B, E, F, G, P, and W
Deletion #3: A, B, E, F, G, Q, and W
Deletion #4: A, E, F, G, Q, W, and X
Deletion #5: A, Q, W, and X
Deletion #6: A, E, G, Q, W, X, and Y
Deletion #7: Q, S, W, X, and Y

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

C,P,B,F,E,G,A,W,Q,X,Y,S CPB,FEG,AWQ,XYS CPBFEGAWQXYS S,Y,X,Q,W,A,G,E,F,B,P,C SYX,QWA,GEF,BPC SYXQWAGEFBPC FIB

fd7e_1596

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, B, C, D, H, K, M, P, T, W, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, B, C, K, and T
Deletion #2: A, C, and X
Deletion #3: H, M, P, W, and Z
Deletion #4: H, M, W, and Z
Deletion #5: B, K, M, T, and Z
Deletion #6: A, B, K, T, and Z
Deletion #7: A, B, C, D, K, and X
Deletion #8: B, M, T, W, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

D,X,C,A,K,B,T,Z,M,W,H,P DXC,AKB,TZM,WHP DXCAKBTZMWHP P,H,W,M,Z,T,B,K,A,C,X,D PHW,MZT,BKA,CXD PHWMZTBKACXD FIB

90af_e70e

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9
Del #10

There are twelve (12) genes, A, B, D, E, G, H, K, P, R, W, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, ten (10) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, E, G, H, K, and W
Deletion #2: A, D, E, and G
Deletion #3: D, E, H, K, P, W, and Z
Deletion #4: A, B, D, G, and R
Deletion #5: D, E, G, H, K, W, and Z
Deletion #6: H and K
Deletion #7: E, H, K, and W
Deletion #8: A, D, E, G, and R
Deletion #9: A, B, D, E, G, R, and X
Deletion #10: A, B, D, E, G, H, and R

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

P,Z,W,K,H,E,D,G,A,R,B,X PZW,KHE,DGA,RBX PZWKHEDGARBX X,B,R,A,G,D,E,H,K,W,Z,P XBR,AGD,EHK,WZP XBRAGDEHKWZP FIB

1d5a_66f4

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, D, E, F, H, J, M, P, Q, R, W, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, H, M, Q, and R
Deletion #2: D, E, H, J, P, Q, and R
Deletion #3: E, H, P, Q, and R
Deletion #4: E, M, Q, R, and Y
Deletion #5: E, M, Q, R, W, Y, and Z
Deletion #6: D, H, P, and Q
Deletion #7: D, F, H, J, and P
Deletion #8: E, M, R, W, and Y
Deletion #9: D, E, H, P, and Q

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

F,J,D,P,H,Q,E,R,M,Y,W,Z FJD,PHQ,ERM,YWZ FJDPHQERMYWZ Z,W,Y,M,R,E,Q,H,P,D,J,F ZWY,MRE,QHP,DJF ZWYMREQHPDJF FIB

d52a_0586

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, B, D, E, J, M, P, Q, T, W, X, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: E, J, M, Q, T, X, and Z
Deletion #2: E, Q, and T
Deletion #3: D, E, Q, T, W, and Z
Deletion #4: B, J, and X
Deletion #5: D, E, P, Q, W, Y, and Z
Deletion #6: D, E, Q, and Z
Deletion #7: D, E, P, W, and Z
Deletion #8: J, M, Q, and T

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

B,X,J,M,T,Q,E,Z,D,W,P,Y BXJ,MTQ,EZD,WPY BXJMTQEZDWPY Y,P,W,D,Z,E,Q,T,M,J,X,B YPW,DZE,QTM,JXB YPWDZEQTMJXB FIB

800b_75ee

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, B, E, F, G, H, K, M, Q, T, W, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: F, K, M, and W
Deletion #2: F, H, K, M, W, Y, and Z
Deletion #3: E, F, H, K, and Y
Deletion #4: E, F, H, K, M, W, and Y
Deletion #5: G, M, Q, T, and Z
Deletion #6: G, M, T, and Z
Deletion #7: G, K, M, Q, T, W, and Z
Deletion #8: F, H, K, M, T, W, and Z
Deletion #9: B, G, M, Q, T, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

B,Q,G,T,Z,M,W,K,F,H,Y,E BQG,TZM,WKF,HYE BQGTZMWKFHYE E,Y,H,F,K,W,M,Z,T,G,Q,B EYH,FKW,MZT,GQB EYHFKWMZTGQB FIB

07fe_5806

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, B, C, E, F, G, H, J, M, R, S, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, E, H, J, M, and S
Deletion #2: H, R, X, and Z
Deletion #3: C, F, H, M, R, X, and Z
Deletion #4: C, H, R, and Z
Deletion #5: B, G, J, and S
Deletion #6: B, E, M, and S
Deletion #7: C, E, H, M, and R
Deletion #8: B, E, J, and S
Deletion #9: B, G, and J

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

F,X,Z,R,H,C,M,E,S,B,J,G FXZ,RHC,MES,BJG FXZRHCMESBJG G,J,B,S,E,M,C,H,R,Z,X,F GJB,SEM,CHR,ZXF GJBSEMCHRZXF FIB

961e_f3fe

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, B, D, F, G, H, J, K, M, R, S, W, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: F, H, R, W, and Y
Deletion #2: H, J, K, R, S, W, and Y
Deletion #3: B, D, G, and S
Deletion #4: B, D, G, J, M, and S
Deletion #5: F, H, J, K, R, W, and Y
Deletion #6: G, H, J, K, S, and Y
Deletion #7: D, G, J, K, S, and Y
Deletion #8: H, J, K, W, and Y

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

F,R,W,H,Y,K,J,S,G,D,B,M FRW,HYK,JSG,DBM FRWHYKJSGDBM M,B,D,G,S,J,K,Y,H,W,R,F MBD,GSJ,KYH,WRF MBDGSJKYHWRF FIB

b00c_88c4

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, B, C, D, F, K, M, P, Q, R, S, T, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, K, Q, and Y
Deletion #2: D, P, R, S, and T
Deletion #3: B, F, K, M, Q, and S
Deletion #4: B, F, K, M, Q, and Y
Deletion #5: F, K, M, P, and S
Deletion #6: F, K, and Q
Deletion #7: D, F, K, M, P, S, and T
Deletion #8: F, K, M, P, S, and T

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

C,Y,B,Q,K,F,M,S,P,T,D,R CYB,QKF,MSP,TDR CYBQKFMSPTDR R,D,T,P,S,M,F,K,Q,B,Y,C RDT,PSM,FKQ,BYC RDTPSMFKQBYC FIB

359e_cfa7

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, B, C, E, J, K, M, P, R, X, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, J, K, and P
Deletion #2: A, E, K, and P
Deletion #3: A, B, E, J, K, M, and P
Deletion #4: C, M, R, X, Y, and Z
Deletion #5: B, E, J, K, M, and Y
Deletion #6: B, J, K, M, R, X, and Y
Deletion #7: C, J, M, R, X, and Y
Deletion #8: B, J, K, M, R, and Y

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

A,P,E,K,B,J,M,Y,R,X,C,Z APE,KBJ,MYR,XCZ APEKBJMYRXCZ Z,C,X,R,Y,M,J,B,K,E,P,A ZCX,RYM,JBK,EPA ZCXRYMJBKEPA FIB

d4ba_9ab6

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, C, D, E, F, G, K, M, Q, S, W, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: F, G, S, and W
Deletion #2: E, K, Q, and X
Deletion #3: C, D, F, G, and W
Deletion #4: C, D, M, Q, and X
Deletion #5: D, F, G, S, W, and Z
Deletion #6: C, D, F, and G
Deletion #7: C, D, F, K, M, Q, and X
Deletion #8: C, D, F, G, M, W, and X

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

E,K,Q,X,M,C,D,F,G,W,S,Z EKQ,XMC,DFG,WSZ EKQXMCDFGWSZ Z,S,W,G,F,D,C,M,X,Q,K,E ZSW,GFD,CMX,QKE ZSWGFDCMXQKE FIB

627b_2e1f

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, B, C, F, G, H, J, K, M, P, S, W, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, H, K, S, and W
Deletion #2: C, G, J, M, P, W, and Z
Deletion #3: G, J, P, and W
Deletion #4: B, C, G, H, J, K, and W
Deletion #5: B, C, K, and W
Deletion #6: F, M, P, and Z
Deletion #7: B, C, G, J, P, and W
Deletion #8: F, G, M, P, and Z
Deletion #9: G, J, P, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

F,M,Z,P,G,J,W,C,B,K,H,S FMZ,PGJ,WCB,KHS FMZPGJWCBKHS S,H,K,B,C,W,J,G,P,Z,M,F SHK,BCW,JGP,ZMF SHKBCWJGPZMF FIB

cd0e_37a6

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, B, C, D, E, F, G, H, M, P, Q, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, G, M, P, X, and Z
Deletion #2: D, G, H, P, X, and Z
Deletion #3: D, F, G, M, P, X, and Z
Deletion #4: B, D, E, H, P, X, and Z
Deletion #5: C, F, G, M, Q, and Z
Deletion #6: C, F, G, M, X, and Z
Deletion #7: F, G, M, and Z
Deletion #8: B, D, E, and H
Deletion #9: D, E, H, P, X, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

B,E,H,D,P,X,Z,G,M,F,C,Q BEH,DPX,ZGM,FCQ BEHDPXZGMFCQ Q,C,F,M,G,Z,X,P,D,H,E,B QCF,MGZ,XPD,HEB QCFMGZXPDHEB FIB

5d7d_9cf2

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, C, G, H, P, Q, R, S, T, W, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, H, P, R, S, T, and W
Deletion #2: P, S, T, and X
Deletion #3: C, Q, S, T, and X
Deletion #4: C, G, Q, S, and X
Deletion #5: R, W, and Z
Deletion #6: A, H, P, R, S, and T
Deletion #7: H, P, S, T, and X
Deletion #8: A, H, P, Q, S, T, and X

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

G,C,Q,X,S,T,P,H,A,R,W,Z GCQ,XST,PHA,RWZ GCQXSTPHARWZ Z,W,R,A,H,P,T,S,X,Q,C,G ZWR,AHP,TSX,QCG ZWRAHPTSXQCG FIB

07a0_bca6

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, B, C, D, F, G, J, M, P, R, T, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, D, F, G, J, M, and P
Deletion #2: B, C, D, P, T, X, and Z
Deletion #3: B, C, D, R, T, X, and Z
Deletion #4: F, G, J, M, and P
Deletion #5: B, C, D, G, P, and X
Deletion #6: C, X, and Z
Deletion #7: B, D, G, P, and X
Deletion #8: D, G, J, M, and P
Deletion #9: B, D, G, J, P, and X

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

F,M,J,G,P,D,B,X,C,Z,T,R FMJ,GPD,BXC,ZTR FMJGPDBXCZTR R,T,Z,C,X,B,D,P,G,J,M,F RTZ,CXB,DPG,JMF RTZCXBDPGJMF FIB

04ee_a6ea

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9
Del #10

There are twelve (12) genes, A, B, C, D, G, P, Q, R, S, T, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, ten (10) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, B, D, G, P, T, and Y
Deletion #2: A, D, G, Q, R, S, and X
Deletion #3: A, G, Q, R, S, and X
Deletion #4: P, T, and Y
Deletion #5: A, D, G, P, S, T, and Y
Deletion #6: A, D, G, and P
Deletion #7: A, D, P, and Y
Deletion #8: B, C, T, and Y
Deletion #9: G, Q, S, and X
Deletion #10: A, D, G, P, S, and X

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

C,B,T,Y,P,D,A,G,S,X,Q,R CBT,YPD,AGS,XQR CBTYPDAGSXQR R,Q,X,S,G,A,D,P,Y,T,B,C RQX,SGA,DPY,TBC RQXSGADPYTBC FIB

7199_b7cb

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9
Del #10

There are twelve (12) genes, D, E, G, H, J, K, P, Q, R, T, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, ten (10) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, E, H, J, K, Y, and Z
Deletion #2: J, K, P, Q, T, and Y
Deletion #3: E, H, J, and Y
Deletion #4: J, K, and P
Deletion #5: D, E, H, R, Y, and Z
Deletion #6: D, E, H, J, K, P, and Y
Deletion #7: E, J, K, P, Q, and Y
Deletion #8: G, R, and Z
Deletion #9: J, K, P, and Q
Deletion #10: D, E, H, J, R, Y, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

G,R,Z,D,H,E,Y,J,K,P,Q,T GRZ,DHE,YJK,PQT GRZDHEYJKPQT T,Q,P,K,J,Y,E,H,D,Z,R,G TQP,KJY,EHD,ZRG TQPKJYEHDZRG FIB

c2cd_4018

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, B, C, E, F, H, J, Q, S, W, X, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, F, H, J, and Y
Deletion #2: C, E, J, Y, and Z
Deletion #3: C, E, J, S, W, and Z
Deletion #4: C, H, J, and Y
Deletion #5: F, H, X, and Y
Deletion #6: C, E, J, W, and Z
Deletion #7: B, E, J, S, W, and Z
Deletion #8: C, J, Y, and Z
Deletion #9: F, H, Q, X, and Y

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

B,S,W,E,Z,J,C,Y,H,F,X,Q BSW,EZJ,CYH,FXQ BSWEZJCYHFXQ Q,X,F,H,Y,C,J,Z,E,W,S,B QXF,HYC,JZE,WSB QXFHYCJZEWSB FIB

05a0_2aa0

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, A, B, C, G, H, M, P, R, W, X, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, C, H, P, R, W, and X
Deletion #2: G, M, P, X, and Z
Deletion #3: A, H, M, P, and X
Deletion #4: A, H, M, P, X, and Z
Deletion #5: B, G, M, P, X, and Z
Deletion #6: A, C, H, P, W, and X
Deletion #7: H, P, and X
Deletion #8: B, G, M, X, Y, and Z
Deletion #9: A, C, H, and P

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

R,W,C,A,H,P,X,M,Z,G,B,Y RWC,AHP,XMZ,GBY RWCAHPXMZGBY Y,B,G,Z,M,X,P,H,A,C,W,R YBG,ZMX,PHA,CWR YBGZMXPHACWR FIB

6177_c781

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, D, E, H, J, K, M, P, R, S, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, E, H, P, R, S, and T
Deletion #2: A, H, K, M, R, T, and Z
Deletion #3: D, E, J, P, R, S, and T
Deletion #4: A, H, K, T, and Z
Deletion #5: D, H, K, P, R, T, and Z
Deletion #6: H, P, R, and T
Deletion #7: D, E, H, K, P, R, and T
Deletion #8: D, E, P, R, S, and T

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

J,S,E,D,P,R,T,H,K,Z,A,M JSE,DPR,THK,ZAM JSEDPRTHKZAM M,A,Z,K,H,T,R,P,D,E,S,J MAZ,KHT,RPD,ESJ MAZKHTRPDESJ FIB

b069_358f

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, B, D, E, F, J, K, R, T, W, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, D, E, F, K, T, and W
Deletion #2: A, D, F, T, and W
Deletion #3: A, B, R, W, and X
Deletion #4: A, B, D, F, K, T, and W
Deletion #5: E, J, and K
Deletion #6: A, B, D, F, R, and W
Deletion #7: B, R, W, X, and Y
Deletion #8: A, B, F, R, W, and X

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

J,E,K,T,D,F,A,W,B,R,X,Y JEK,TDF,AWB,RXY JEKTDFAWBRXY Y,X,R,B,W,A,F,D,T,K,E,J YXR,BWA,FDT,KEJ YXRBWAFDTKEJ FIB

6549_b2b0

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, E, F, H, J, K, S, T, W, X, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, E, F, S, T, X, and Z
Deletion #2: A, H, J, K, W, X, and Y
Deletion #3: A, E, T, X, Y, and Z
Deletion #4: H, J, K, and W
Deletion #5: A, E, H, J, K, X, and Y
Deletion #6: H and W
Deletion #7: A, E, J, X, Y, and Z
Deletion #8: E, S, T, X, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

F,S,T,Z,E,X,A,Y,J,K,H,W FST,ZEX,AYJ,KHW FSTZEXAYJKHW W,H,K,J,Y,A,X,E,Z,T,S,F WHK,JYA,XEZ,TSF WHKJYAXEZTSF FIB

1cda_f282

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, B, C, E, F, G, H, P, Q, R, S, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, C, H, P, Q, R, and Y
Deletion #2: H, Q, S, and Y
Deletion #3: A, G, H, and S
Deletion #4: A, C, H, Q, S, and Y
Deletion #5: C, H, P, Q, S, and Y
Deletion #6: A, E, F, G, H, S, and Y
Deletion #7: B, C, H, P, Q, and Y
Deletion #8: A, F, and G

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

E,F,G,A,S,H,Y,Q,C,P,B,R EFG,ASH,YQC,PBR EFGASHYQCPBR R,B,P,C,Q,Y,H,S,A,G,F,E RBP,CQY,HSA,GFE RBPCQYHSAGFE FIB

311d_0d69

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9
Del #10

There are twelve (12) genes, B, C, G, H, J, K, M, P, Q, R, T, and W, closely linked in a single chromosome. However, their order is unknown. In the region, ten (10) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, G, H, and R
Deletion #2: C, G, H, J, K, P, and R
Deletion #3: C, G, J, and R
Deletion #4: B, H, M, T, and W
Deletion #5: G, H, R, and T
Deletion #6: C, G, H, J, R, and T
Deletion #7: C, G, J, K, and P
Deletion #8: C, G, J, K, and R
Deletion #9: B, H, M, and T
Deletion #10: M, Q, and W

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

P,K,J,C,G,R,H,T,B,M,W,Q PKJ,CGR,HTB,MWQ PKJCGRHTBMWQ Q,W,M,B,T,H,R,G,C,J,K,P QWM,BTH,RGC,JKP QWMBTHRGCJKP FIB

b227_9c34

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, C, D, E, F, H, J, M, Q, S, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, D, H, M, Q, S, and T
Deletion #2: A, C, D, H, Q, S, and T
Deletion #3: C, Q, and T
Deletion #4: A, C, E, J, Q, S, and Z
Deletion #5: C, H, and T
Deletion #6: A, Q, S, and Z
Deletion #7: A, E, S, and Z
Deletion #8: C, D, F, H, M, Q, and T

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

F,M,D,H,T,C,Q,S,A,Z,E,J FMD,HTC,QSA,ZEJ FMDHTCQSAZEJ J,E,Z,A,S,Q,C,T,H,D,M,F JEZ,ASQ,CTH,DMF JEZASQCTHDMF FIB

f05b_d21c

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, C, D, H, J, K, P, Q, T, W, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, C, D, Q, T, W, and X
Deletion #2: A, D, J, T, and W
Deletion #3: A, C, D, J, P, T, and W
Deletion #4: A, D, J, P, and T
Deletion #5: H, K, and X
Deletion #6: C, H, K, Q, X, and Z
Deletion #7: C, D, K, Q, T, W, and X
Deletion #8: C, D, K, Q, W, and X

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

P,J,A,T,D,W,C,Q,X,K,H,Z PJA,TDW,CQX,KHZ PJATDWCQXKHZ Z,H,K,X,Q,C,W,D,T,A,J,P ZHK,XQC,WDT,AJP ZHKXQCWDTAJP FIB

135d_b0f3

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9
Del #10

There are twelve (12) genes, A, B, C, F, G, H, K, M, P, R, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, ten (10) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, K, P, X, and Z
Deletion #2: B, C, P, and Z
Deletion #3: A, B, C, and Z
Deletion #4: K, P, R, and X
Deletion #5: A, B, C, and F
Deletion #6: H, K, M, P, R, and X
Deletion #7: K, M, P, R, and X
Deletion #8: C, K, P, and Z
Deletion #9: A, B, C, F, P, and Z
Deletion #10: A, B, C, F, G, P, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

G,F,A,B,C,Z,P,K,X,R,M,H GFA,BCZ,PKX,RMH GFABCZPKXRMH H,M,R,X,K,P,Z,C,B,A,F,G HMR,XKP,ZCB,AFG HMRXKPZCBAFG FIB

07ab_4ff3

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, A, B, C, D, E, F, H, M, R, W, X, and Y, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, E, F, M, and W
Deletion #2: A, D, F, and R
Deletion #3: A, D, R, and Y
Deletion #4: B, D, E, and F
Deletion #5: A, C, D, F, R, X, and Y
Deletion #6: A, C, H, R, X, and Y
Deletion #7: C, H, R, X, and Y
Deletion #8: B, E, F, and W
Deletion #9: A, C, D, E, F, R, and Y

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

H,X,C,Y,R,A,D,F,E,B,W,M HXC,YRA,DFE,BWM HXCYRADFEBWM M,W,B,E,F,D,A,R,Y,C,X,H MWB,EFD,ARY,CXH MWBEFDARYCXH FIB

f952_b497

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, D, E, F, H, J, M, Q, R, T, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, E, H, R, T, and Z
Deletion #2: A, D, J, Q, T, and Y
Deletion #3: E, H, M, R, T, and Z
Deletion #4: A, E, J, R, T, Y, and Z
Deletion #5: A, R, T, and Z
Deletion #6: A, D, J, R, T, and Y
Deletion #7: E, F, H, and M
Deletion #8: A, R, T, Y, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

F,M,H,E,Z,R,T,A,Y,J,D,Q FMH,EZR,TAY,JDQ FMHEZRTAYJDQ Q,D,J,Y,A,T,R,Z,E,H,M,F QDJ,YAT,RZE,HMF QDJYATRZEHMF FIB

afaa_b7bf

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, A, B, D, E, F, H, J, P, T, W, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, F, H, P, T, W, and Z
Deletion #2: H, J, T, and X
Deletion #3: D, E, F, P, T, W, and Z
Deletion #4: B, H, J, P, T, and X
Deletion #5: D, F, W, and Z
Deletion #6: A, D, E, F, W, and Z
Deletion #7: D, F, H, J, P, T, and Z
Deletion #8: D, F, H, J, P, and T
Deletion #9: D, P, and T

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

A,E,W,Z,F,D,P,T,H,J,X,B AEW,ZFD,PTH,JXB AEWZFDPTHJXB B,X,J,H,T,P,D,F,Z,W,E,A BXJ,HTP,DFZ,WEA BXJHTPDFZWEA FIB

2fc1_90b9

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, A, C, D, F, G, K, M, R, S, T, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: C, D, F, K, T, and Y
Deletion #2: A, G, M, R, and S
Deletion #3: A, C, G, R, S, and Z
Deletion #4: C, D, F, K, Y, and Z
Deletion #5: C, D, F, K, R, S, and Z
Deletion #6: A, C, F, K, R, S, and Z
Deletion #7: C, D, F, K, R, Y, and Z
Deletion #8: A, C, F, R, S, and Z
Deletion #9: A, G, M, R, S, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

M,G,A,S,R,Z,C,F,K,D,Y,T MGA,SRZ,CFK,DYT MGASRZCFKDYT T,Y,D,K,F,C,Z,R,S,A,G,M TYD,KFC,ZRS,AGM TYDKFCZRSAGM FIB

cb32_5b6f

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, B, D, G, K, P, Q, R, S, T, Y, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: B, K, P, Q, R, S, and T
Deletion #2: A, K, P, T, Y, and Z
Deletion #3: A, D, K, P, T, Y, and Z
Deletion #4: B, G, K, P, Q, R, and S
Deletion #5: B, K, P, Q, and S
Deletion #6: B, K, P, S, T, Y, and Z
Deletion #7: K, P, S, T, and Z
Deletion #8: B, P, Q, R, and S

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

D,A,Y,Z,T,K,P,S,B,Q,R,G DAY,ZTK,PSB,QRG DAYZTKPSBQRG G,R,Q,B,S,P,K,T,Z,Y,A,D GRQ,BSP,KTZ,YAD GRQBSPKTZYAD FIB

76ca_80a9

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, B, C, D, G, H, M, Q, R, T, W, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: G, H, Q, and W
Deletion #2: B, D, G, H, Q, W, and X
Deletion #3: B, C, G, R, T, W, and Z
Deletion #4: D, G, H, M, Q, W, and X
Deletion #5: C, R, and T
Deletion #6: B, R, T, and W
Deletion #7: D, H, and Q
Deletion #8: B, G, H, and W
Deletion #9: B, G, H, Q, R, and W

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

M,X,D,Q,H,G,W,B,R,T,C,Z MXD,QHG,WBR,TCZ MXDQHGWBRTCZ Z,C,T,R,B,W,G,H,Q,D,X,M ZCT,RBW,GHQ,DXM ZCTRBWGHQDXM FIB

7592_0f25

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8
Del #9

There are twelve (12) genes, A, D, F, G, J, K, M, Q, R, S, T, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, nine (9) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: D, J, K, M, R, and Z
Deletion #2: J, M, and Z
Deletion #3: A, G, K, Q, R, S, and T
Deletion #4: A, G, K, Q, R, and T
Deletion #5: A, J, K, Q, R, and T
Deletion #6: J, K, R, and Z
Deletion #7: A, J, K, Q, and R
Deletion #8: D, J, K, M, Q, R, and Z
Deletion #9: D, F, J, K, M, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

F,D,M,Z,J,K,R,Q,A,T,G,S FDM,ZJK,RQA,TGS FDMZJKRQATGS S,G,T,A,Q,R,K,J,Z,M,D,F SGT,AQR,KJZ,MDF SGTAQRKJZMDF FIB

6bb1_f934

Using Deletion Mutants to Determine Gene Order

Step-by-Step Instructions for Solving Deletion Mutant Problems

Step 1: Simplify the information.

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

Step 2: Create a template for the gene order.

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

Step 3: Identify deletions containing the first gene.

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

Step 4: Analyze deletions containing the next genes.

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

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

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

Colored regions mark deleted DNA; gray regions show DNA that remains.

		Gene 1	Gene 2	Gene 3	Gene 4	Gene 5	Gene 6	Gene 7	Gene 8	Gene 9	Gene 10	Gene 11	Gene 12
Del #1
Del #2
Del #3
Del #4
Del #5
Del #6
Del #7
Del #8

There are twelve (12) genes, A, B, F, G, H, J, K, P, R, T, X, and Z, closely linked in a single chromosome. However, their order is unknown. In the region, eight (8) deletions have been identified. These deletions uncover recessive alleles of the genes as follows:

Deletion #1: A, B, G, H, J, P, and Z
Deletion #2: B, F, K, and T
Deletion #3: G, H, and Z
Deletion #4: A, B, G, H, P, T, and Z
Deletion #5: B, F, K, P, R, and T
Deletion #6: B, H, and P
Deletion #7: F, R, and X
Deletion #8: H, P, and Z

Requirement: Enter your answer in the blank using only twelve (12) letters, or one comma every three (3) letters. Do not include extra commas or spaces in your answer.

Hint: The correct answer is a random sequence of twelve (12) letters.

What is the correct order of the twelve (12) genes?

J,A,G,Z,H,P,B,T,K,F,R,X JAG,ZHP,BTK,FRX JAGZHPBTKFRX X,R,F,K,T,B,P,H,Z,G,A,J XRF,KTB,PHZ,GAJ XRFKTBPHZGAJ