Question

write structure of peptide linkage present in proteins​

Answer 1

Answer:

Peptide linkage: The amide formed between -COOH group of one molecule of an amino acid and –NH2 group of another molecule of the amino acid by the elimination of a water molecule is called a peptide linkage. (ii) Primary structure: ... The sequence in which amino acids are arranged is different in each protein.

Answer 2

A peptide bond is a covalent bond shaped between two amino acids.

Peptide bond

• A peptide bond is a covalent bond shaped between two amino acids. Living organic entities use peptide bonds to frame long chains of amino acids, known as proteins. Proteins are utilized in numerous jobs including underlying scaffolding, catalyzing significant responses, and perceiving particles in the climate.
• A peptide bond is thusly the premise of most organic responses. Shaping peptide bonds is a necessity for all life, and the cycle is basically the same in all types of life.
• All life depends on connections between around 20 different amino acids, which all organic entities use and alter to their own motivation. The quantity of various mixes is boundless, while peptide bunches in proteins structure peptide spines in all proteins. The various gatherings connected to every amino acid cause the particle to overlay and twist into convoluted structures, because of feeble associations between the atoms of various gatherings.

(#SPJ3)