Formation of covalent disulfide bonds contributes to formati

Formation of covalent disulfide bonds contributes to formation of _______ structure. primary secondary tertiary none of the above Which of the following statements is FALSE? Reducing agents may disrupt tertiary structure. Boiling disrupts all of the interactions that contribute to protein folding. Protein secondary structure does not involve side chain interactions. A change in protein primary structure may affect quaternary structure.

Solution

1.Formation of covalent disulfide bonds results in formation of tertiary structure.

Tertiary structure is formed by interactions between side chains of various amino acids by forming covalent disulfide bonds between to cysteine groups.

2.a change in protein primary sructure may effect quaternary structure.

Secondary and tertiary structure can be predicted from its primary structure.A change in primary structure effect secondary and tertairy structures.