The primary structure of a protein involves: a. hydrogen bonds only b. "R" group interactions c. hydrophobic forces d. peptide bonds only e. disulfide bonds only

The primary structure of a protein involves: a. hydrogen bonds only b. "R" group interactions c. hydrophobic forces d. peptide bonds only e. disulfide bonds only

asked Sep 14, 2020 83.4k views

1 Answer

← Prev Question Next Question →

Related questions

asked Feb 2, 2024 11.0k views

What maintains the secondary structure of a protein? a) hydrophobic interactions b) hydrogen bonds between the R groups c) peptide bonds d) disulfide bonds e) hydrogen bonds between the amino group of

MIIB asked Feb 2, 2024

by MIIB

7.7k points

1 answer

5 votes

11.0k views

asked Jul 12, 2024 146k views

List the 4 "weak" forces that contribute to tertiary structure. A) Hydrogen bonding, hydrophobic interactions, ionic interactions, van der Waals forces B) Covalent bonding, disulfide bridges, peptide bonds,

Frameworksnow asked Jul 12, 2024

by Frameworksnow

8.2k points

1 answer

3 votes

146k views

asked Aug 2, 2018 159k views

The interactions that are important in the secondary structure of a protein are: a) disulfide bonds. b) peptide bonds. c) hydrogen bonds. d) hydrophobic interactions. e) salt bridges.

William Yeung asked Aug 2, 2018

by William Yeung

8.7k points

2 answers

1 vote

159k views

Search Qamnty