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Cysteines, A unique variety of covalent bond present in the tertiary structure is the disulfide bond. The covalent connections between the side chains of cysteines, an amino acid, are more powerful than the other kinds of tertiary structure bonds.
The covalent connections between the side chains of cysteines, The interactions between the R groups of the amino acids that make up the protein are principally responsible for the tertiary structure. Disulfide bonds, covalent connections between the side chains of cysteines that contain sulphur, are substantially more powerful than the other kinds of bonds that make up tertiary structure.
Proteins are made up of polymers of amino acids called proteins, and there are bonds that stabilise the primary, secondary, tertiary, and quaternary structures of proteins. In order to create the linear structures known as polypeptides, amino acids must establish a particular sort of covalent link (peptide bond). Then, the polypeptides are folded into distinct...
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