A) hemoglobin.
B) gamma globulins.
C) AZT.
D) human insulin.
E) HIV vaccinE.
G) A) and B)
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A) cutting and rearranging the DNA.
B) using restriction enzymes to cut specific sequences of DNA.
C) cloning the genes into the host organism.
D) using any cell as a vector.
F) None of the above
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A) Escherichia coli.
B) Agrobacterium tumefaciens.
C) Bacillus thuringinensis.
D) Aspergillus sp.
F) A) and C)
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A) inhibiting an enzyme known as RNA polymerase,which is required for aromatic amino acid production.
B) inhibiting an enzyme known as DNA polymerase II,which is required for aromatic amino acid production.
C) inhibiting an enzyme known as EPSP synthetase,which is required for aromatic amino acid production.
D) inhibiting an enzyme known as EPSP synthetase,which is required for uncoupling the mRNA from ribosomes during protein synthesis.
F) A) and D)
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A) denaturation of primers and the DNA fragment to be amplified.
B) anealing of primers to the complementary sequences on the DNA.
C) primer extension with DNA polymerase.
D) cycle repetition.
E) addition of new Taq polymerase after each cyclE.
G) C) and D)
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A) Ti.
B) glyphosphate.
C) somatotropin.
D) recombinant DNA.
E) Roundup.
G) B) and E)
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A) different colored fluorescent dyes conjugated to dideoxy terminators and capillary gel electrophoresis.
B) radioactively-labeled dideoxy terminators and capillary gel electrophoresis.
C) different colored fluorescent dyes conjugated to dideoxy terminators and slab gel electrophoresis.
D) radioactively-labeled dideoxy terminators and slab gel electrophoresis.
F) None of the above
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A) genetic
B) developmental
C) adult
D) mitotic
F) All of the above
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A) cleaving the source DNA
B) production of recombinant DNA
C) cloning copies of the recombinanats
D) screening the cloned copies for the desired gene
E) integration of the entire bacterial chromosome
G) B) and D)
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A) clones
B) vectors
C) endonucleases
D) subunits
F) B) and C)
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