, C785 Biochemistry preassessment
Assuming 100% reaction 16
efficiency, how many DNA
copies are created after the
completion of four complete
PCR cycles?
What is the function of DNA It recognizes the primers and uses the available dNTPs to
polymerase in the process of replicate the template DNA sequence.
PCR?
What are possible blood A and B
types of the parents of a
patient with blood type AB?
115 116 117 118 − Amino Acid Thr
Number
Tyr Gly Thr Pro − Amino Acid
Sequence TAC GGG ACA
CCA − DNA Sequence
What is the amino acid in
position 118 that results from
a single nucleotide insertion
immediately following the
three guanines that encode
for glycine 116?
In sickle-cell disease, the GAA to GTA
glutamic acid (Glu) at
position number seven is
mutated to valine (Val).
What change in codons
corresponds to this
mutation?
Which type of mammalian Recombination
DNA damage repair requires
the presence of the
chromosome that is
homologous to the
Assuming 100% reaction 16
efficiency, how many DNA
copies are created after the
completion of four complete
PCR cycles?
What is the function of DNA It recognizes the primers and uses the available dNTPs to
polymerase in the process of replicate the template DNA sequence.
PCR?
What are possible blood A and B
types of the parents of a
patient with blood type AB?
115 116 117 118 − Amino Acid Thr
Number
Tyr Gly Thr Pro − Amino Acid
Sequence TAC GGG ACA
CCA − DNA Sequence
What is the amino acid in
position 118 that results from
a single nucleotide insertion
immediately following the
three guanines that encode
for glycine 116?
In sickle-cell disease, the GAA to GTA
glutamic acid (Glu) at
position number seven is
mutated to valine (Val).
What change in codons
corresponds to this
mutation?
Which type of mammalian Recombination
DNA damage repair requires
the presence of the
chromosome that is
homologous to the
