You are studying a protein that you call Protein X. There is an aspartic acid at a key
position in Protein X that is important in the folding and stabilization of that protein. If
this aspartic acid is changed to a different amino acid, which one of the following
amino acid substitutions is MOST likely to allow the protein to fold normally?
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glutamic acid
"Hydrogen bonds between peptide 'backbone' components on one polypeptide and
R groups on another polypeptide contribute to the overall function."
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quatenary
, The frequency of mutations does not necessarily decrease or increase over time.
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T
Triplet repeat expansion mutations occur in
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Huntington's disease
One aminoacyl-tRNA synthetase can recognize ________ amino acid(s) and can
recognize and bind ________ tRNA
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One; more than one
How many codons are there that code for an amino acid
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64
position in Protein X that is important in the folding and stabilization of that protein. If
this aspartic acid is changed to a different amino acid, which one of the following
amino acid substitutions is MOST likely to allow the protein to fold normally?
Give this one a try later!
glutamic acid
"Hydrogen bonds between peptide 'backbone' components on one polypeptide and
R groups on another polypeptide contribute to the overall function."
Give this one a try later!
quatenary
, The frequency of mutations does not necessarily decrease or increase over time.
Give this one a try later!
T
Triplet repeat expansion mutations occur in
Give this one a try later!
Huntington's disease
One aminoacyl-tRNA synthetase can recognize ________ amino acid(s) and can
recognize and bind ________ tRNA
Give this one a try later!
One; more than one
How many codons are there that code for an amino acid
Give this one a try later!
64
