This is a regular folding pattern in localized regions of the polypeptide backbo

Question

This is a regular folding pattern in localized regions of the polypeptide backbone. primary structure secondary structure tertiary structure quaternary structure) both secondary and tertiary Why doesn't denaturation affect the primary structure of a protein? Actually, denaturation does hydrolyze amino acids. because peptide bonds are higher energy bonds than other interactions because peptide bonds are stronger than other interactions because peptide bonds are weaker than other interactions because peptide bonds cannot be broken under any circumstances

Explanation / Answer

8) secondary structure (backbone conformation)

9) Denaturation is the process of removing the teritary and secondary structure to form a primary structures,

which is a stable for a long time unless undergoes acid hydrolysis.

So A is correct.

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