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the resonance stabilization of the amide linkage has profound effects on protein structure. Which of the following are the direct effect(s) of this on protein structure? Select all that apply All six atoms around the bond (including the Co) lie on the same plane There is no free rotation about the peptide bond. The bond between the carbon and the nitrogen in the peptide bond keeps "flickering" between being a single bond and a double bond. The peptide bond is polar.

the resonance stabilization of the amide linkage has profound effects on protein structure. Which of the following are the direct effect(s) of this on protein structure? Select all that apply All six atoms around the bond (including the Co) lie on the same plane There is no free rotation about the peptide bond. The bond between the carbon and the nitrogen in the peptide bond keeps "flickering" between being a single bond and a double bond. The peptide bond is polar.

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
Problem 1P
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the resonance stabilization of the amide linkage has profound effects on protein structure. Which of the following are the direct effect(s) of this on protein structure? Select all that apply All six atoms around the bond (including the Co) lie on the same plane There is no free rotation about the peptide bond. The bond between the carbon and the nitrogen in the peptide bond keeps "flickering" between being a single bond and a double bond. The peptide bond is polar. The nitrogen in the peptide bond cannot accept a hydrogen bond.
Transcribed Image Text:the resonance stabilization of the amide linkage has profound effects on protein structure. Which of the following are the direct effect(s) of this on protein structure? Select all that apply All six atoms around the bond (including the Co) lie on the same plane There is no free rotation about the peptide bond. The bond between the carbon and the nitrogen in the peptide bond keeps "flickering" between being a single bond and a double bond. The peptide bond is polar. The nitrogen in the peptide bond cannot accept a hydrogen bond.
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