In Drosophila, a fully heterozygous female with the X-linked recessive genes a, b, and c (not necessarily in that order on the chromosome) was mated to a male that was genetically a, b, c (not...


In Drosophila, a fully heterozygous female with the X-linked recessive genes a, b, and c (not necessarily in that order on<br>the chromosome) was mated to a male that was genetically a, b, c (not necessarily in that order on the chromosome).<br>The offspring occurred in the following phenotypic ratios:<br>Phenotypes:<br>Numbers:<br>What is the cis/trans arrangement in the heterozygous parent?<br>Wild<br>426<br>а, с, b<br>428<br>Which gene is in the middle?<br>a<br>23<br>c, b<br>22<br>If you added 23, 22, 3, and 2, it would give you the map distance between<br>genes<br>C<br>49<br>b, a<br>46<br>What calculation would you make to determine if interference was<br>occurring? (you don't have to complete the calculation)<br>b.<br>C, a<br>Total<br>1000<br>3.<br>

Extracted text: In Drosophila, a fully heterozygous female with the X-linked recessive genes a, b, and c (not necessarily in that order on the chromosome) was mated to a male that was genetically a, b, c (not necessarily in that order on the chromosome). The offspring occurred in the following phenotypic ratios: Phenotypes: Numbers: What is the cis/trans arrangement in the heterozygous parent? Wild 426 а, с, b 428 Which gene is in the middle? a 23 c, b 22 If you added 23, 22, 3, and 2, it would give you the map distance between genes C 49 b, a 46 What calculation would you make to determine if interference was occurring? (you don't have to complete the calculation) b. C, a Total 1000 3.

Jun 11, 2022
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