Predict what would happen to the secondary structure of a protein if an alcohol that disrupts hydrogen-bonding were added.

A. Nothing would happen to the protein; hydrogen bonding is not important for secondary structure
B. The beta sheets would unfold, disrupting protein structure
C. The a helixes would unfold, disrupting protein structure
D. Individual amino acids would be hydrolyzed from the protein, disrupting protein structure



Answer :

The beta sheets would unfold, disrupting protein structure and The a helixes would unfold, disrupting protein structure.The correct option is B and C both.

The hydrogen bond is particularly important in protein structure because it stabilizes secondary, tertiary, and quaternary structures created by the alpha helix, beta sheets, twists, and loops. Hydrogen-bonding of backbone atoms inside the protein results in both alpha and beta configurations. Both structures will unfurl if Hydrogen-bonding is disrupted.

The sheets would unfold, causing the protein structure to be disrupted. The helices would unfold, causing protein structure to be disrupted.

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