Answer :
Hydrogen bonding between the amino and carboxyl group of the amino acid is involved in forming secondary structure.
Hydrogen bonding between amino businesses and carboxyl groups in neighboring areas of the protein chain every so often reasons certain styles of folding to arise called alpha helices and beta sheets, those strong folding patterns make up the secondary shape of a protein.
A peptide bond is a chemical bond formed between two molecules while the carboxyl institution of one molecule reacts with the amino institution of the alternative molecule; thereby, liberating a molecule of H₂O. this is a dehydration synthesis reaction and typically takes place between amino acids and the resulting molecules is an amide.
The maximum common sorts of secondary systems are the α helix and the β pleated sheet each structures are held in shape by using hydrogen bonds, which form between the carbonyl of one amino acid and the amino H of any other.
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