The genetic cross in this week\'s lab is not real genetic cross of diploids. It

Question

The genetic cross in this week's lab is not real genetic cross of diploids. It merely simulates the production of diploid offspring from a dihybrid cross. Dihybrid crosses are typically F, "self-crosses", where the F1s are produced by carefully choosing individuals in the P generation. The theoretical F1 genotype of this cross is: "a/ alpha C1C2G1G2". Circle two individual genotypes below that, if crossed, would give rise to the genotype of the F,s (a/a C1C2G1G2). Suppose after you perform the lab your results are as follows: What is the phenotype of the C1allele? What is the phenotype of the C2 allele? Which allele(C1 or C2) is dominant and which is recessive? What allele is type phenotype of the g1 allele? What is the phenotype of the G2 allele? Which allele (G1 or G2) is dominant and which is recessive?

Explanation / Answer

9/16 will be when both dominant phentypes are expressed The two 3/16 will be when one dominant and one recessive phenotypeis expressed The 1/16 will be when both recessive phenotypes are expressed 9/16 - Red Colony Color / MV Plate Growth 3/16 - Red Colony Color / No MV Plate Growth 3/16 - White Colony Color / MV Plate Growth 1-16 - White Colony Color / No MV Plate Growth

Related Questions

Navigate

• Browse (All)
• Browse T
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.