The following map represents a portion of a mouse chromosome and five deletions within it. For...

  

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The following map represents a portion of a mouse chromosome and five deletions within it. For each deletion, the region in parentheses indicates the extent of the DNA that is removed. The block above the line represents the five genes known to map to this region. D1 ( D2 3 Eleven new homozygous recessive mutations were mapped to this chromosome. The following complementation table and deficiency mapping data are provided. Using these two sets of information, figure out which mutations map to which genes. (Write the alleles in the blanks for each gene in alphabetical order with commas and spaces, i.e. a, b, c.) D3 D4 D5 2 + S 8 21 24 PDCP 0.0 a- с a e f Complementation table: c def h jk ++++ - + +++ Deficiency mapping: a b c d e D1--++ + D2 + - D4 + D5+ . D3 + + + - + + F + + Gene 1: Gene 2: Gene 3: Gene 4: Gene 5: N A D5 + 1 + + The following map represents a portion of a mouse chromosome and five deletions within it. For each deletion, the region in parentheses indicates the extent of the DNA that is removed. The block above the line represents the five genes known to map to this region. D1 ( D2 3 Eleven new homozygous recessive mutations were mapped to this chromosome. The following complementation table and deficiency mapping data are provided. Using these two sets of information, figure out which mutations map to which genes. (Write the alleles in the blanks for each gene in alphabetical order with commas and spaces, i.e. a, b, c.) D3 D4 D5 2 + S 8 21 24 PDCP 0.0 a- с a e f Complementation table: c def h jk ++++ - + +++ Deficiency mapping: a b c d e D1--++ + D2 + - D4 + D5+ . D3 + + + - + + F + + Gene 1: Gene 2: Gene 3: Gene 4: Gene 5: N A D5 + 1 + +

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To determine which mutations map to which genes we can use the provided complementation table and de... View the full answer