A. Produce a genetic hypothesis about the mode of inheritance ofeach of the alleles from your data set. 1 mark per allele = 4 marksYou must come up with a hypothesis that both makes sense and willnot be rejected, in other words, you need a hypothesis that willcorroborate the experimental observations.
B. Explain/describe how the data set seems to support yourgenetic hypothesis for each trait. For example, explain why youthink a trait is recessive vs dominant or X-linked vs autosomal. Todo this, you could comment on the observed ratios and/ordifferences or similarities in male and female numbers and explainhow these provide support for your hypotheses. 2 marks pergene/trait = 4 marks
C. Assign genetic symbols to the four alleles involved. Be sureyour allele notations are informative. For example, use upper caseto indicated dominance and lowercase to indicate recessive. If youuse the superscript “+” it only tells the reader the allele iswildtype and not its dominance status. 1 mark for each allele = 4marks
D. Illustrate how each of your genetic hypotheses is supportedby the data. Show this using Punnett squares for each F1 cross andresulting F2 generation. Be sure all genotypes and phenotypes areclearly indicated directly within the Punnett or 2 branchingdiagram. Separately analyze each gene. 3 marks each gene = 6 marksfor 2 genes
Data set is attached. Appreciate any help
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