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
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
Related questions
Question
Choose one for each question given:
A. quaternary level
B. tertiary level
C. primary level
D. secondary level

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

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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