. In ordered tetrad analysis, what is the maximumRF that you could observe between a gene and thecentromere? (Hint: What RF would you observebetween a gene and the centromere if the genewere distant enough from the centromere so thatat least one crossover, and often more than onecrossover, occurs between them in everymeiosis?)b. Can a gene and the centromere be unlinked?Explain.c. Suppose in an ordered tetrad analysis you observean RF of 30% between a gene and the centromere.Given your answer to part (a), do think that 30 m.u.is an accurate estimate of the distance between thegene and the centromere?
. In ordered tetrad analysis, what is the maximumRF that you could observe between a gene and thecentromere? (Hint: What RF would you observebetween a gene and the centromere if the genewere distant enough from the centromere so thatat least one crossover, and often more than onecrossover, occurs between them in everymeiosis?)b. Can a gene and the centromere be unlinked?Explain.c. Suppose in an ordered tetrad analysis you observean RF of 30% between a gene and the centromere.Given your answer to part (a), do think that 30 m.u.is an accurate estimate of the distance between thegene and the centromere?
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
Related questions
Question
. In ordered tetrad analysis, what is the maximum
RF that you could observe between a gene and the
centromere? (Hint: What RF would you observe
between a gene and the centromere if the gene
were distant enough from the centromere so that
at least one crossover, and often more than onecrossover, occurs between them in every
meiosis?)
b. Can a gene and the centromere be unlinked?
Explain.
c. Suppose in an ordered tetrad analysis you observe
an RF of 30% between a gene and the centromere.
Given your answer to part (a), do think that 30 m.u.
is an accurate estimate of the distance between the
gene and the centromere?
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