pa norhing 13. A transcription factor with the misleading name Catabolite Repressor Protein (CRP) regulates expression of operons involved in metabolism of alternative sugars including the Mal operon coding for Ma!E, MalF, and MalG. Based on your knowledge of the role of CRP in regulation of the Lac operon, you would expect that strains with a mutation inactivating CRP would: a. display wildtype expression of MalE, MalF, and MalG under all conditions b. display constitutive expression of MalE, MalF, and MalG be unable to fully induce the expression of MalE, MalF, and MalG d. be unable to utilize glucose e. both b and d deloeiot.ons.rllod bn

Human Anatomy & Physiology (11th Edition)
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ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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pa norhing
13. A transcription factor with the misleading name Catabolite Repressor Protein (CRP)
regulates expression of operons involved in metabolism of alternative sugars including the
Mal operon coding for Ma!E, MalF, and MalG. Based on your knowledge of the role of CRP in
regulation of the Lac operon, you would expect that strains with a mutation inactivating CRP
would:
a. display wildtype expression of MalE, MalF, and MalG under all conditions
b. display constitutive expression of MalE, MalF, and MalG
be unable to fully induce the expression of MalE, MalF, and MalG
d. be unable to utilize glucose
e. both b and d
deloeiot.ons.rllod bn
Transcribed Image Text:pa norhing 13. A transcription factor with the misleading name Catabolite Repressor Protein (CRP) regulates expression of operons involved in metabolism of alternative sugars including the Mal operon coding for Ma!E, MalF, and MalG. Based on your knowledge of the role of CRP in regulation of the Lac operon, you would expect that strains with a mutation inactivating CRP would: a. display wildtype expression of MalE, MalF, and MalG under all conditions b. display constitutive expression of MalE, MalF, and MalG be unable to fully induce the expression of MalE, MalF, and MalG d. be unable to utilize glucose e. both b and d deloeiot.ons.rllod bn
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