Explore the differences between positive inducible, positive repressible, negative inducible, and negative repressible regulation. For the example portion choose between only these 4 options: glucose regulating lac, lactose regulating lac, and tryptophan regulating trp, none Positive Inducible Does binding of the regulator stimulate or inhibit transcription? In the absence of the signal, will the operon be active or inactive? Example of this type of regulation that has been covered in class positive repressible Does binding of the regulator stimulate or inhibit transcription? In the absence of the signal, will the operon be active or inactive? Example of this type of regulation that has been covered in class negative inducible Does binding of the regulator stimulate or inhibit transcription? In the absence of the signal, will the operon be active or inactive? Example of this type of regulation that has been covered in class negative repressible Does binding of the regulator stimulate or inhibit transcription? In the absence of the signal, will the operon be active or inactive? Example of this type of regulation that has been covered in class
Explore the differences between positive inducible, positive repressible, negative inducible, and negative repressible regulation. For the example portion choose between only these 4 options: glucose regulating lac, lactose regulating lac, and tryptophan regulating trp, none Positive Inducible Does binding of the regulator stimulate or inhibit transcription? In the absence of the signal, will the operon be active or inactive? Example of this type of regulation that has been covered in class positive repressible Does binding of the regulator stimulate or inhibit transcription? In the absence of the signal, will the operon be active or inactive? Example of this type of regulation that has been covered in class negative inducible Does binding of the regulator stimulate or inhibit transcription? In the absence of the signal, will the operon be active or inactive? Example of this type of regulation that has been covered in class negative repressible Does binding of the regulator stimulate or inhibit transcription? In the absence of the signal, will the operon be active or inactive? Example of this type of regulation that has been covered in class
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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Explore the differences between positive inducible, positive repressible, negative inducible, and negative repressible regulation. For the example portion choose between only these 4 options: glucose regulating lac, lactose regulating lac, and tryptophan regulating trp, none
Positive Inducible
- Does binding of the regulator stimulate or inhibit transcription?
- In the absence of the signal, will the operon be active or inactive?
- Example of this type of regulation that has been covered in class
positive repressible
- Does binding of the regulator stimulate or inhibit transcription?
- In the absence of the signal, will the operon be active or inactive?
- Example of this type of regulation that has been covered in class
negative inducible
- Does binding of the regulator stimulate or inhibit transcription?
- In the absence of the signal, will the operon be active or inactive?
- Example of this type of regulation that has been covered in class
negative repressible
- Does binding of the regulator stimulate or inhibit transcription?
- In the absence of the signal, will the operon be active or inactive?
- Example of this type of regulation that has been covered in class
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