If an aspartic acid residue were present in the interior of a globular protein, it would most likely be _________.
A) deprotonated and thus negatively charged
B) tightly associated with the R-group of a lysine residue
C) react with a cysteine to form a thioester
D) react with a serine to form an ester
E) none of the above
Correct Answer:
Verified
Q8: When the peptide (AEFFLAMEP) forms an α-helix,
Q9: Amino acid side chains capable of forming
Q10: Amino acid sequence is:
A) primary structure.
B) secondary
Q11: _ amino acids are almost never found
Q12: All of the information necessary for folding
Q14: A Ramachandran plot shows:
A) the amino acid
Q15: A hydrophobic interaction might occur within a
Q16: Electrostatic interactions among amino acid residues on
Q17: Secondary and higher orders of structure are
Q18: Antiparallel β-sheets have:
A) sheets that progress from
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