Specify whether each of the following characteristics refers to the primary level, secondary level, tertiary level, or quaternary level of protein structure. A polypeptide folds into a compact, three- dimensional shape stabilized by interactions between R groups of amino acids to form a biologically active protein. A coiled a- helix forms by hydrogen bonding between peptide bonds along a polypeptide chain. [Choose [Choose

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

Choose one for each question given: 

A. quaternary level

B. tertiary level

C. primary level

D. secondary level

Specify whether each of the
following characteristics refers to
the primary level, secondary
level, tertiary level, or quaternary
level of protein structure.
A polypeptide
folds into a
compact,
three-
dimensional
shape
stabilized by
interactions
between R
groups of
amino acids to
form a
biologically
active protein.
A coiled a-
helix forms by
hydrogen
bonding
between
peptide bonds
along a
polypeptide
chain.
[Choose
[Choose
Transcribed Image Text:Specify whether each of the following characteristics refers to the primary level, secondary level, tertiary level, or quaternary level of protein structure. A polypeptide folds into a compact, three- dimensional shape stabilized by interactions between R groups of amino acids to form a biologically active protein. A coiled a- helix forms by hydrogen bonding between peptide bonds along a polypeptide chain. [Choose [Choose
Peptide bonds
join amino
acids in a
specific
sequence in a
polypeptide.
A triple helix
forms by
hydrogen
bonding
between
peptide bonds
along a
polypeptide
chain.
Two or more
protein
subunits
combine to
form a
biologically
active protein.
A B-pleated
sheet forms
by hydrogen
bonding
between
peptide bonds
along a
polypeptide
chain.
[Choose
[Choose
[Choose C
[Choose C
Transcribed Image Text:Peptide bonds join amino acids in a specific sequence in a polypeptide. A triple helix forms by hydrogen bonding between peptide bonds along a polypeptide chain. Two or more protein subunits combine to form a biologically active protein. A B-pleated sheet forms by hydrogen bonding between peptide bonds along a polypeptide chain. [Choose [Choose [Choose C [Choose C
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