the Mode of Inheritance (MOI) exercises. Focus on determining the values in the colored cells. Your solutions should read as prose, not simply computations. I have provided values for two MOIs discussed in the lecture, Autosomal Dominant MOI, and X-linked Recessive where the father is affected and the mother is homozygous unaffected. Sometimes, there is confusion regarding defining the disease allele and wild-type allele for a specific mode of inheritance. In this worksheet, you'll note that the D allele is the disease allele for the Autosomal Dominant mode of inheritance. However, it is also the disease allele for the Sex-Linked Recessive mode of inheritance, where the father is affected. The point is, any letter or symbol can represent a disease allele or wild-type allele as long as you define its meaning. For example, I may user to be the disease allele in an Autosomal Recessive mode of inheritance, and R to be the wild-type allele, or vice versa, as long as I write something like: r = disease allele, R = Wild-type allele.

Need explanation of genetic question

You are to discover the chromosomal location (autosomal or X linked) and mode of inheritance for two new fly mutations coughrotato (cp) and happyhour, (bb) The homozygous couchpotato (cpcp) phenotype is (sedentary) an extreme lack of activity The homozygous happyhour (hhhh) can drink any other fly under the table so phenotype (drinker) PARENTS Cross Male double homozygous mutants cp hh with Female wild wild CP HH are to be crossed BUT FIRST you don't know if either gene is on the X chromosome Parental diploid genotypes could be: male çpcphbbh female CPCPHHHH if Both genes autosomal or Male XcpYhbhh female XCPXCPHHHH if cp on the X chromosome and bh autosomal or Male cpcpXhhY female CPCPXHHXHH if hh on the X chromosome and cp autosomal What are the female and male PARENTAL GAMETE GENOTYPES for the above parental crosses if: a) Both genes were autosomal ((REMEMBER BOTH GENDER HAVE ONE GAMETE GENO) b) cp gene on the X chromosome and hh autosomal (REMEMBER MALES WITH HAVE 2 GAMETE GENO) c)…

I need help solving this but also understanding