α - helix structure of protein is stabilized by

Peptide bond

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Vander Waals forces

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Hydrogen bond

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Dipole - dipole interactions

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Solution

The correct option is C
Hydrogen bond

The α-helix structure of DNA is stabilized by the hydrogen bonds between A-T and G-C molecules.

A-T molecules have 2 hydrogen bonds between then and G-C have 3 hydrogen bonds between them

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Similar questions

α - helix structure of protein is stabilized by

Q. Proteins are found to have two different types of secondary structures vix.

α -

helix and

β -

pleated sheet structure,

α -

helix structure of a protein is stabilised by:

Q. What type of bonding helps in stabilizing the

α -

helix structure of proteins?

Q. Proteins are found to have two different types of secondary structures:

α

helix and

β

pleated sheet.

α

helix structure of protein is stabilised by :

$α -$ helix is a secondary structure of proteins formed by twisting of polypeptide chain into right handed screw like structure. Which type of interactions are responsible for making the $α -$ helix structure stable?

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α - helix structure of protein is stabilized by

The correct option is C Hydrogen bond The α-helix structure of DNA is stabilized by the hydrogen bonds between A-T and G-C molecules. A-T molecules have 2 hydrogen bonds between then and G-C have 3 hydrogen bonds between them

The correct option is C
Hydrogen bond

The α-helix structure of DNA is stabilized by the hydrogen bonds between A-T and G-C molecules.

A-T molecules have 2 hydrogen bonds between then and G-C have 3 hydrogen bonds between them