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23. In the concerted model, the most active enzyme form will be when a. All subunits are in the R state b. All subunits are in the T state C. There is a 50/50 mix of R/T states 24. Kinase reactions describe enzymes that: a. Cleave an inactive precursor into its active form b. Transfer groups from one part of a substrate to another C. Adds a phosphate group to another molecule d. Adds or removes double bonds

23. In the concerted model, the most active enzyme form will be when a. All subunits are in the R state b. All subunits are in the T state C. There is a 50/50 mix of R/T states 24. Kinase reactions describe enzymes that: a. Cleave an inactive precursor into its active form b. Transfer groups from one part of a substrate to another C. Adds a phosphate group to another molecule d. Adds or removes double bonds

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
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23. In the concerted model, the most active enzyme form will be when a. All subunits are in the R state b. All subunits are in the T state C. There is a 50/50 mix of R/T states 24. Kinase reactions describe enzymes that: a. Cleave an inactive precursor into its active form b. Transfer groups from one part of a substrate to another C. Adds a phosphate group to another molecule d. Adds or removes double bonds
Transcribed Image Text:23. In the concerted model, the most active enzyme form will be when a. All subunits are in the R state b. All subunits are in the T state C. There is a 50/50 mix of R/T states 24. Kinase reactions describe enzymes that: a. Cleave an inactive precursor into its active form b. Transfer groups from one part of a substrate to another C. Adds a phosphate group to another molecule d. Adds or removes double bonds
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