please complete part c and d **Set-up: Two traits in beetles**- **Antennae shape** (R rounded, r pointed)- **Body color** (O orange, o white)**Note:** Consider complete dominance for both genes where capitalized letters indicate dominant alleles and take note of the phenotype provided for one of the parents of individual A and the clues it provides.**What we know about Individual A:**1. Double heterozygote beetle with:2. Rounded antennae and orange body3. Both parents of Individual A are double homozygotes4. One parent of Individual A has rounded antennae and white body**Tasks:**a) **Provide the genotypes for both parents of Individual A and the genotypes of the gametes they produced.**- **Parent 1 genotype**: [ ]- **Parent 1 gametes**: [ ]- **Parent 2 genotype**: [ ]- **Parent 2 gametes**: [ ]b) **Individual A is test crossed (the progeny of this testcross are shown in the table below).**- **Provide the genotype of Individual A, the genotypes of the tester, and the gametes that each can produce:** - **Genotype Individual A**: [ ] - **Gametes of Individual A**: [ ] - **Genotype of the tester**: [ ] - **Gametes of tester**: [ ]c) **Complete the table with corresponding genotypes for the phenotypes in the offspring of the testcross.**- In the "Allele combination" column, indicate if the allele combinations present in Individual A's gametes were new combinations (recombinant) or were already present in the input gametes (non-recombinant).| **Phenotype of test cross progeny** | **Genotype** | **Number of individuals** | **Name of Allele combination (Non recombinant OR Recombinant)** ||--------------------------------------------|------------------|----------------------------|------------------------------------------------------------------------|| Pointed antennae and white body | [ ] | 19 | [ ] || Pointed antennae and orange body | [ ] | 335 | [ ] || Rounded antennae and white body | [ ] | 325 | [ ] || Rounded antennae and orange body | [ ] | 21 | [ ] |

Name: please complete part c and d **Set-up: Two traits in beetles**- **Ante
Uploaded: 2024-03-20T06:43:04.000Z
Channel: Bartleby
Description: please complete part c and d **Set-up: Two traits in beetles**- **Antennae shape** (R rounded, r pointed)- **Body color** (O orange, o white)**Note:** Consider complete dominance for both genes where capitalized letters indicate dominant alleles and

Linkage is a phenomenon in which genes are present on same chromosome.There are two types of linkage…

Science

Biology

Set-up: Two traits in beetles Antennae shape (R rounded, r pointed) Body color(O orange, o white) Note: Consider complete dominance for both genes where capitalized letters indicate dominant alleles and take note of the phenotype provided for one of the parents of individual A and the clues it provides. What we know about Individual A 1_double heterozygote beetle with 2_rounded antennae and orange body 3_both parents of Individual A are double homozygotes 4_one parent of individual A has rounded antennae and white body a) Please provide the genotypes for both parents of individual A and the genotypes of the gametes they produced Parent 1 genotype .parent 1 gametes Parent 2 genotype .parent 2 gametes b) Individual A is test crossed (the progeny of this testcross are shown in the table below). Please provide the genotype of Individual A, the genotypes of the tester and the genotypes of the gametes that each one can produce Genotype individual A . Gametes individual A Genotype of the tester , Gametes of tester c) Complete the table below with the corresponding genotypes for the phenotypes in the offspring of the testcross. In the "Allele combination" column indicate if the allele combinations present in Individual A's gametes were new combinations (recombinant) and which were already present in the input gametes (non-recombinant). Name of Allele combination (Non recombinant OR Recombinant) Phenotype of test cross progeny Pointed antenna and white body Pointed antenna and orange body Rounded antenna and white body Rounded antenna and orange body Genotype % recombination= Number of individuals 19 335 325 21 d) Calculate the frequency and the percentage of recombination and indicate if the value obtained would lead you to believe that the genes for antenna shape and body color are assorting independently. In the case of linked genes please indicate the distance between them along the chromosome in the appropriate units. Recombination frequency [four decimals please]= map distance- Do these results lead you to believe that the genes for antenna shape and body color are assorting independently? (Yes/No)