Please answer fast And all multiple select! thank youMark true statements for SCFSSCFS typically target CDK inhibitors.SCFS typically target CDKS.SCFS phosphorylate target proteins.SCFS target phosphorylated proteins.The F-box protein part of the SCF complex targets proteins for degradation byadding F-proteins.The F-box protein part of the SCF complex targets proteins using ubiquitation.Ubiquitinated proteins move to the lysosome.When a generic mitogen receptor is activatedthe generic intercellular pathway is activated.CDK-G1 cyclin is activated and ubiquitinates RbCDK-G1 cyclin is inactivated and Rb becomes active| active Rb protein is phosphorylated by CDK-G1 cyclin and becomes inactiveinactive Rb protein is phosphorylated and becomes activeO active Rb protein becomes a transcription factor and activates genesinactive Rb protein becomes a transcription factor and represses genes| active Rb protein inactivates transcription factors and represses genesinactive Rb protein releases transcription factors that activate genes

SCFs typically target CDK inhibitor SCF complexes physically link substrate proteins to the E2…

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Biology

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Biochemistry

6th Edition

ISBN:9781305577206

Author:Reginald H. Garrett, Charles M. Grisham

Publisher:Reginald H. Garrett, Charles M. Grisham

Chapter32: The Reception And Transmission Of Extracellular Information

Section: Chapter Questions

Problem 21P

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Question

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And all

multiple select! thank you
Mark true statements for SCFS
SCFS typically target CDK inhibitors.
SCFS typically target CDKS.
SCFS phosphorylate target proteins.
SCFS target phosphorylated proteins.
The F-box protein part of the SCF complex targets proteins for degradation by
adding F-proteins.
The F-box protein part of the SCF complex targets proteins using ubiquitation.
Ubiquitinated proteins move to the lysosome.
When a generic mitogen receptor is activated
the generic intercellular pathway is activated.
CDK-G1 cyclin is activated and ubiquitinates Rb
CDK-G1 cyclin is inactivated and Rb becomes active
| active Rb protein is phosphorylated by CDK-G1 cyclin and becomes inactive
inactive Rb protein is phosphorylated and becomes active
O active Rb protein becomes a transcription factor and activates genes
inactive Rb protein becomes a transcription factor and represses genes
| active Rb protein inactivates transcription factors and represses genes
inactive Rb protein releases transcription factors that activate genes

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