The calculation of linkage disequilibrium is done by O a. the comparison of haplotype frequencies between multiple SNPs O b. the comparison of allele frequencies between multiple SNPS O c. the pairwise comparison of haplotype frequencies between SNPs O d. the pairwise comparison of allele frequencies between SNPs

The calculation of linkage disequilibrium is done by O a. the comparison of haplotype frequencies between multiple SNPs O b. the comparison of allele frequencies between multiple SNPS O c. the pairwise comparison of haplotype frequencies between SNPs O d. the pairwise comparison of allele frequencies between SNPs

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter19: Population Genetics And Human Evolution

Section: Chapter Questions

Problem 11QP: Using the HardyWeinberg Law in Human Genetics In a given population, the frequencies of the four...

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Regarding "D" the coefficient of linkage disequilibrium, if it is greater than or less than zero, the loci at each locus of a haplotype exhibit nonindependence. Group of answer choices True False
a. Two linked biallelic loci (c = 0.1) have allele frequencies pA = 0.7 and pB = 0.4. If these two sites are in linkage disequilibrium with D = -0.12, what are the expected haplotype frequencies under these conditions? b. What will the linkage disequilibrium parameter D be after 20 generations?
During a blood donation campain at the University of Montana, allele frequencies determinnh abo blood groups were 0.60 for i, 0.2 for IA and 0.2 IB. Assuming random mating, what is the expected frequency of blood type B?
A pair of contrasting characterscontrolling the same trait is called:A. factors B. lociC. allele D. lineage
In analyzing the results of a three-point testcross, a student determines that the interference is −0.23. What does this negative interference value indicate? a. Fewer double crossovers took place than expected on the basis of single-crossover frequencies. b. More double crossovers took place than expected on the basis of single-crossover frequencies. c. Fewer single crossovers took place than expected. d. A crossover in one region interferes with additional crossovers in the same region.
Describe the application of item (a) to the provided item (b). -(a) sum rule in (b) identifying the probability of Bb from the cross Bb×Bb -(a) the forked-line method in (b) identification of genotypes of a cross
The effects of paramutation may vary with regard toa. the likelihood that the parmutagenic allele will alter theparamutable allele.b. the stability of the paramutagenic allele over the course ofseveral generations.c. the ability of the paramutagenic allele to alter the DNAsequenceof the paramutable allele.d. both a and b.
A 1:2:1 genotype ratio underlies the 3:1 phenotype ratio in the F2. The purple allele is designated A while the white allele is designated a. What are the genotypes of the 1:2:1 ratio? a. Aa:aa:AA b. AA:aa:Aa c. aa:Aa:AA d. a:AA:Aa e. AA:Aa:aa
Cardigan Corgi tail length is determined by 5 genes. The genotype DDEEFFGGHH produces a tail length of 44cm, while the genotype ddeeffgghh produces a tail length of 4cm. a) Each additive allele adds how many centimeters to the tail length? b) Predict the tail length for the following genotype: DDEEFfGgHh Group of answer choices 8cm, 56cm 4cm, 12cm 8cm, 24cm 4cm, 32cm
Apply the Hardy-Weinberg principle to estimateequilibrium genotype frequencies.
A researcher performed a testcross with of an individual that was Dd Hh genotype. Which ratio would best represent the expected genotypic results from a data set of 400 offspring?The answer is D, but why?
If two loci R/r and W/w are linked and are 14 map units apart, and an RW/rw individual is testcrossed, you will obtain: Group of answer choices 1)7% RW individuals 2)86% Rw individuals 3)14% RW individuals 4)14% rW individuals 5)43% rw individuals