in some cases, a single aqnino acid activity, Which can cause a protein to lose
ID: 190521 • Letter: I
Question
in some cases, a single aqnino acid activity, Which can cause a protein to lose its bi activity. In other cases, a single amino acid substitution causes no change to a protein's t can best be used as evidence to support an explanation for these observations? Each amino acid side chain has properties that are very different from those of some side chains and very similar to those of others. Amino acids are covalently linked through peptide bonds to form the primary structure of a protein. Amino acids found in the proteins of living organisms have many similanities, including an alpha-amino group and an alpha-carboxyl group. Noncovalent interactions between atoms in a polypeptide chain stabilize the secondary, tertiary, and quaternary levels of its structure. Amino acids occur as optical isomers, but only one isomer of each is found in the proteins of most of the organisms on EarthExplanation / Answer
non covalent intraction between atoms in a polypeptide chain that stabilize the secondory, tertionary and quatarnay structure of proteing. this conformational changed in protein structure will gives power to protein that it work differently in different biological activity.
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