QUESTION 2 What are the expected genotype frequencies for sample 1 if it is Hardy-Weinberg Equilibrium?

Human Anatomy & Physiology (11th Edition)
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ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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Instructions A human pathologist obtains multiple cultures of a diploid pathogen taken from two different parts of the body of a single infected human
individual (samples 1 and 2). Using gel electrophoresis, each culture is screened for its genotype at a locus affecting its virulence (i.e., nastiness)
to the host. The cultures are found to be segregating for fast (F) and slow migrating (S) alleles. Here are the total counts of genotypes the
researcher found in each sample:
Genotypes
FS
SS
420
490
Sample 1
Sample 2
460
470
Enter your answers to the questions below in the space provided. Clearly label and show your work to increase your chance of receiving full
credit.
FF
90
70
Transcribed Image Text:Instructions A human pathologist obtains multiple cultures of a diploid pathogen taken from two different parts of the body of a single infected human individual (samples 1 and 2). Using gel electrophoresis, each culture is screened for its genotype at a locus affecting its virulence (i.e., nastiness) to the host. The cultures are found to be segregating for fast (F) and slow migrating (S) alleles. Here are the total counts of genotypes the researcher found in each sample: Genotypes FS SS 420 490 Sample 1 Sample 2 460 470 Enter your answers to the questions below in the space provided. Clearly label and show your work to increase your chance of receiving full credit. FF 90 70
QUESTION 2
What are the expected genotype frequencies for sample 1 if it is Hardy-Weinberg Equilibrium?
Transcribed Image Text:QUESTION 2 What are the expected genotype frequencies for sample 1 if it is Hardy-Weinberg Equilibrium?
Expert Solution
Step 1

Given information

For sample 1 

  • Count of fast-growing homozygous genotype FF- 90
  • Count of heterozygous segregating genotype (FS) - 420
  • Count of slow-growing homozygous genotype SS- 490
  • Total counts = 490 + 420+ 90= 1000
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