In the protein denaturation experiment, which of the following can be a consequence of the air bubbles in the viscometry run for an aqueous solution of protein with a denaturant? a. Increased t0 b. Decreased t0 c. Increased nsp d. Decreased nsp All of the statements about protein denaturation are true EXCEPT: a. The viscosity of linear proteins is greater than that of the globular proteins. b. Only the BME can disrupt a covalent bond while the other denaturants can just disrupt non-covalent bonds. c. Protein renaturation is possible but in some cases protein denaturation proceeds to protein degradation. d. Protein denaturation generally disrupts tertiary or quaternary structures only
In the protein denaturation experiment, which of the following can be a consequence of the air bubbles in the viscometry run for an aqueous solution of protein with a denaturant? a. Increased t0 b. Decreased t0 c. Increased nsp d. Decreased nsp All of the statements about protein denaturation are true EXCEPT: a. The viscosity of linear proteins is greater than that of the globular proteins. b. Only the BME can disrupt a covalent bond while the other denaturants can just disrupt non-covalent bonds. c. Protein renaturation is possible but in some cases protein denaturation proceeds to protein degradation. d. Protein denaturation generally disrupts tertiary or quaternary structures only
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
Problem 1P
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Question
In the protein denaturation experiment, which of the following can be a
consequence of the air bubbles in the viscometry run for an aqueous solution of
protein with a denaturant?
a. Increased t0
b. Decreased t0
c. Increased nsp
d. Decreased nsp
All of the statements about protein denaturation are true EXCEPT:
a. The viscosity of linear proteins is greater than that of the globular proteins.
b. Only the BME can disrupt a covalent bond while the other denaturants can
just disrupt non-covalent bonds.
c. Protein renaturation is possible but in some cases protein denaturation
proceeds to protein degradation.
d. Protein denaturation generally disrupts tertiary or quaternary structures
only
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