As a volunteer in a genetics lab, Professor Uhura tasked you with testing the biparental mitochondria inheritance hypothesis in Drosophila for a metabolic phenotype that they are studying. Because you just got started in the lab, the professor tells you are NOT allowed to use any high-end high-tech resources to perform your experiments and to collect data. The only resources you have access to are the various stocks of Drosophila available in the incubators, the resources to feed the flies and to transfer the flies from vial to vial to perform crosses, and tools to measure metabolic phenotype of interest. In your own words, describe an experimental approach using crosses you could follow that could potentially provide you with data to support the biparental mtDNA inheritance hypothesis?

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,...
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As a volunteer in a genetics lab, Professor Uhura tasked you with testing the biparental
mitochondria inheritance hypothesis in Drosophila for a metabolic phenotype that they are
studying. Because you just got started in the lab, the professor tells you are NOT allowed to use
any high-end high-tech resources to perform your experiments and to collect data. The only
resources you have access to are the various stocks of Drosophila available in the incubators, the
resources to feed the flies and to transfer the flies from vial to vial to perform crosses, and tools to
measure metabolic phenotype of interest.
In your own words, describe an experimental approach using crosses you could follow that
could potentially provide you with data to support the biparental mtDNA inheritance hypothesis?
Transcribed Image Text:As a volunteer in a genetics lab, Professor Uhura tasked you with testing the biparental mitochondria inheritance hypothesis in Drosophila for a metabolic phenotype that they are studying. Because you just got started in the lab, the professor tells you are NOT allowed to use any high-end high-tech resources to perform your experiments and to collect data. The only resources you have access to are the various stocks of Drosophila available in the incubators, the resources to feed the flies and to transfer the flies from vial to vial to perform crosses, and tools to measure metabolic phenotype of interest. In your own words, describe an experimental approach using crosses you could follow that could potentially provide you with data to support the biparental mtDNA inheritance hypothesis?
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