All proteins have a primary structure. Fibrous and globular proteins have a secondary structure: a helix or pleated Globular

proteins also have a tertiary structure due to interactions of amino acid side chains with water. Most globular proteins, including

hemoglobin also have a quaternary structure. Which of these structures is due to H bonding between amino acid chains?

Question

Kinley Lowery

Biology

4 February, 19:30

All proteins have a primary structure. Fibrous and globular proteins have a secondary structure: a helix or pleated Globular

proteins also have a tertiary structure due to interactions of amino acid side chains with water. Most globular proteins, including

hemoglobin also have a quaternary structure. Which of these structures is due to H bonding between amino acid chains?

+2

Answers (1)

Know the Answer?

Ty Macias · Answer 1

The correct answer is secondary structure of proteins is formed by the hydrogen bonding between amino acid chains.

Explanation:

The secondary structure of protein is generally stabilized by peptides bond along with hydrogen bonding between hydrogen atom and an electronegative atom such as oxygen.

The secondary structure both alpha helix and beta pleated sheet are stabilized by hydrogen bonding beside the presence of peptide bonds.