A) is the bacterial genome.
B) is a small chromosomal DNA
C) is only recombinant.
D) does not code for proteins.
E) is double-stranded RNA.
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A) The green fluorescent protein can be used only when the host cell is a plant cell because it relies on the process of photosynthesis.
B) The antibiotic resistance gene can be used only when the host cell is an animal.
C) The green fluorescent protein can be used only in transfection, not in transformation.
D) With the green fluorescent protein, no cells are killed in the selection process.
E) Homologous recombination will work only with the green fluorescent protein.
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A) Posttranslational protein processing in yeasts is similar to that in animals.
B) Yeast is a multicellular organism.
C) Yeast has a smaller genome than E. coli.
D) Yeast is a prokaryote.
E) Yeast is easier to cultivate than the bacterium.
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reverse tr...View Answer
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A) hormones; purify; expression
B) proteins; purify; expression
C) hormones; detect; plasmid
D) proteins; detect; plasmid
E) proteins; purify; plasmid
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A) Green algae
B) Arabidopsis thalania
C) Yeast
D) A firefly
E) A jellyfish
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Bacillus t...View Answer
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A) Bioremediation
B) Homologous recombination
C) Pharming
D) Microarray technology
E) RNA interference
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A) the use of expression vectors to modulate the expression of a gene in a specific tissue.
B) the use of reporter genes.
C) a critical step in the generation of YACs.
D) a type of mutagenesis.
E) None of the above
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A) Unlike viruses, plasmids do not need to be coaxed to infect cells by artificial means.
B) Many plasmids contain genes that convey antibiotic resistance.
C) Plasmids can accommodate a large amount (over 100 kb) of DNA.
D) Plasmids use the same origin of replication as eukaryotic cells.
E) All of the above
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A) antisense RNA.
B) knockout genes.
C) DNA microarrays.
D) microRNA.
E) a, b, and d
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A) the use of animals in transgenic research.
B) plants making genetically altered foods.
C) synthesis of recombinant drugs by bacteria.
D) large-scale production of cloned animals.
E) synthesis of a drug by a transgenic plant or animal.
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A) Cytoplasmic
B) Cellular
C) Compatible
D) Chip
E) Complementary
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A) All restriction endonucleases generate blunt end fragments.
B) Hydrogen bonds between base pairs are very strong.
C) Blunt ends are exposed bases that can hybridize with complementary sequence fragments.
D) Annealing takes place when temperatures are raised.
E) None of the above
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The X gene can be cloned into a yeast ce...View Answer
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A) Antisense RNA
B) Interference RNA
C) DNA chips
D) Both a and b
E) Both b and c
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A) drug resistance.
B) bioluminescence.
C) DNA origins.
D) restriction endonucleases.
E) Both a and b
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A) has the capacity to spread transgenes from crops to other species.
B) makes weeds herbicide-resistant.
C) creates transgenic plants that kill beneficial insects.
D) creates transgenic plants that could be harmful for human consumption.
E) All of the above
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