The helical structure of protein is stabilized by

Question

The helical structure of protein is stabilized by (A) dipeptide bonds (B) hydrogen bonds (C) ether bonds (D) peptide bonds

Tardigrade Admin · Accepted Answer

The helical structure of protein is stabilized by hydrogen bonds between amide group of the same peptide chain. These bonds are formed by -NH- group of one unit and oxygen of carbonyl group of the third unit. This H- bonding is responsible for holding helix in a position.

Q. The helical structure of protein is stabilized by

dipeptide bonds

hydrogen bonds

ether bonds

peptide bonds

The helical structure of protein is stabilized by hydrogen bonds between amide group of the same peptide chain. These bonds are formed by $- N H -$ group of one unit and oxygen of carbonyl group of the third unit. This $H -$ bonding is responsible for holding helix in a position.

Q. The helical structure of protein is stabilized by

dipeptide bonds

hydrogen bonds

ether bonds

peptide bonds

The helical structure of protein is stabilized by hydrogen bonds between amide group of the same peptide chain. These bonds are formed by −NH− group of one unit and oxygen of carbonyl group of the third unit. This H− bonding is responsible for holding helix in a position.

The helical structure of protein is stabilized by hydrogen bonds between amide group of the same peptide chain. These bonds are formed by $- N H -$ group of one unit and oxygen of carbonyl group of the third unit. This $H -$ bonding is responsible for holding helix in a position.