, Genetic code - CORRECT ANSWERS-The instructions that specify the amino acid
sequence of a protein.
One-gene, one-enzyme hypothesis - CORRECT ANSWERS-Suggested that genes
function by encoding enzymes and that each gene encodes a separate enzyme.
One-gene, one-polypeptide hypothesis - CORRECT ANSWERS-Followed the one-
gene, one-enzyme hypothesis. Research findings showed that some proteins are
composed of more than one polypeptide chain and that different polypeptide chains are
encoded by separate genes.
Amino acids - CORRECT ANSWERS-All proteins are composed of ________
_________ linked end to end.
Peptide bonds - CORRECT ANSWERS-Form of bond that joins the amino acids in
proteins.
Polypeptide chains - CORRECT ANSWERS-A protein consists of one or more
__________ ________. Like nucleic acids, they have polarity, with one end having a
free amino group (NH3+) and the other a free carboxyl group (COO-). Fold and twist
into a secondary structure.
sequence of a protein.
One-gene, one-enzyme hypothesis - CORRECT ANSWERS-Suggested that genes
function by encoding enzymes and that each gene encodes a separate enzyme.
One-gene, one-polypeptide hypothesis - CORRECT ANSWERS-Followed the one-
gene, one-enzyme hypothesis. Research findings showed that some proteins are
composed of more than one polypeptide chain and that different polypeptide chains are
encoded by separate genes.
Amino acids - CORRECT ANSWERS-All proteins are composed of ________
_________ linked end to end.
Peptide bonds - CORRECT ANSWERS-Form of bond that joins the amino acids in
proteins.
Polypeptide chains - CORRECT ANSWERS-A protein consists of one or more
__________ ________. Like nucleic acids, they have polarity, with one end having a
free amino group (NH3+) and the other a free carboxyl group (COO-). Fold and twist
into a secondary structure.
