Examine the following theoretical operon (gen) in E. coli which contains structural genes (genC, genB, genA) that are involved in amino acid biosynthesis. The gen operon also includes the gene encoding for the regulator molecule within it. When the amino acid that this operon helps synthesize is present, it binds to the regulator forming a complex which can bind to the operator region. Assume that the regulator molecule only binds to the operator in the presence of the amino acid. Promoter || Operator genC genB gen operon Regulator genA For the following 3 questions, assume we are still talking about the gen operon described above. As there are many ways to get a correct answer, be as detailed and descriptive in your answers as possible. A good answer should explain the consequences of the base substitution to the process of translation, including under what cellular conditions the change would be observed. Question 6 gain of function. Question 7 of function. Question 8 allele. Explain how a base substitution mutation in the operon could lead to a : Explain how a base substitution mutation in the operon could lead to a loss Explain how a base substitution mutation in the operon could lead to a null
Examine the following theoretical operon (gen) in E. coli which contains structural genes (genC, genB, genA) that are involved in amino acid biosynthesis. The gen operon also includes the gene encoding for the regulator molecule within it. When the amino acid that this operon helps synthesize is present, it binds to the regulator forming a complex which can bind to the operator region. Assume that the regulator molecule only binds to the operator in the presence of the amino acid. Promoter || Operator genC genB gen operon Regulator genA For the following 3 questions, assume we are still talking about the gen operon described above. As there are many ways to get a correct answer, be as detailed and descriptive in your answers as possible. A good answer should explain the consequences of the base substitution to the process of translation, including under what cellular conditions the change would be observed. Question 6 gain of function. Question 7 of function. Question 8 allele. Explain how a base substitution mutation in the operon could lead to a : Explain how a base substitution mutation in the operon could lead to a loss Explain how a base substitution mutation in the operon could lead to a null
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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