Please help fill in table UV-12, A and BThen the calculations **Unit V: Immune & Lymphatic Systems: Population Genetics Lab 12****5.** Calculate the allele and genotype frequencies for D antigen (Rh factor) and the population estimates for D antigen provided below.**6.** Fill in Table UV-12 with the frequencies and the calculations using the Hardy-Weinberg Equations 1 and 2.---**Calculations Required:****Step A1:**- **Table UV-12. A) Allele and B) Genotype frequencies and estimates of the population possessing the antigen (D = __).**| A | Alleles | | | | B | Genotype Frequencies | | Population Estimates ||---|---------------|---|-----------|---|---|------------------------|---------------|----------------------|| | Dominance | p | | D | | | | || | Recessive | q | | d | | | | || | Total = | | | | | Total = | | |**Step A2:****Explanation of Diagrams:**The table consists of two parts:- Part A: This section focuses on the alleles, categorizing them into dominance (p) for the D antigen and recessive (q) for the d antigen, ultimately summing them as `Total =`.- Part B: This section arranges the genotype frequencies, which include p^2 (homozygous dominant), 2pq (heterozygous), and q^2 (homozygous recessive).These tables are intended to help calculate the allele and genotype frequencies using the Hardy-Weinberg principle.This lab is designed to estimate the genetic variation in a population based on these calculations. **Part 5: Calculating Frequencies****Over several semesters, a population of ISU students from the Anatomy and Physiology I Laboratory typed their blood. In lab today, we will use their results to predict the allele and genotype frequencies in the Biol 3302L population.**1. Divide into 12 separate groups with one to two people per group. Write your group’s number on the top of page UV:17.2. Your instructor will project the data. 1. Determine the total number of students that typed their blood. 2. Fill in Table UV:11 with the number of students expressing the different phenotypic traits.**A. Rh (Antigen) Frequencies**- Remember the Rh Blood Group System is a genetic locus that exhibits two alleles: dominant and recessive. The phenotypic expression is represented by the presence (Rh+) or absence (Rh-) of the antigen on the surface of red blood cells. There are two possible alleles for the Rh factor: a dominant allele (D), which encodes for the presence of the antigen, and a recessive allele (d), which does not encode for the antigen.3. What are the possible genotypes for the dominant Rh trait: _____________?4. What are the possible genotypes for the recessive Rh trait: _____________?**Table UV:11**| Rh Phenotype | Number of Students ||--------------|--------------------|| Rh+ | 250 || Rh- | 72 || ABO Phenotype | Number of Students ||---------------|--------------------|| O | 115 || AB | 32 || A | 126 || B | 49 |

Name: Please help fill in table UV-12, A and BThen the calculations **Unit V
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Description: Please help fill in table UV-12, A and BThen the calculations **Unit V: Immune & Lymphatic Systems: Population Genetics Lab 12****5.** Calculate the allele and genotype frequencies for D antigen (Rh factor) and the population estimates for D antigen