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Multiple Choice
A) transformation agent.
B) selectable marker.
C) replicon.
D) cloning vector.
E) expression vector.
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A) more; more
B) more; about the same number
C) more; fewer
D) fewer; more
E) fewer; fewer
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A) cut DNA.
B) replicate DNA.
C) unwind DNA.
D) join DNA fragments by the formation of covalent bonds.
E) join DNA fragments noncovalently.
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A) telecommunications
B) synthetic polymer
C) aerospace
D) semiconductor
E) automobile
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Multiple Choice
A) mostly cytosine.
B) a copy of the DNA identical to the nuclear gene.
C) a copy of noncoding DNA.
D) a DNA molecule complementary to an mRNA molecule.
E) a fragment of DNA inserted into the host chromosome.
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Multiple Choice
A) genes for ribosomal RNA.
B) a reporter gene.
C) a promoter of transcription.
D) an origin of DNA replication.
E) restriction enzyme recognition sequences.
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Short Answer
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Multiple Choice
A) are the same as genomic libraries.
B) include DNA from non-coding sequences.
C) require DNA polymerase to generate.
D) require reverse transcriptase to generate.
E) likely contain all protein-coding genes.
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Multiple Choice
A) The phage library has more clones than the plasmid library because each phage clone contains less DNA.
B) The phage library has fewer clones than the plasmid library because each phage clone contains more DNA.
C) The phage library has fewer clones than the plasmid library because phage libraries do not include nontranscribed DNA.
D) The plasmid library has fewer clones than the phage library because plasmid libraries do not include nontranscribed DNA.
E) The phage library has fewer clones than the plasmid library because phage libraries do not include nontranslated DNA.
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Multiple Choice
A) 4, 5, 1, 3, 2
B) 4, 5, 1, 2, 3
C) 1, 3, 4, 2, 5
D) 3, 2, 1, 4, 5
E) 1, 3, 2, 5, 4
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Essay
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Multiple Choice
A) inducible; jellyfish
B) reporter; plant
C) reporter; jellyfish
D) repressible; plant
E) repressible; jellyfish
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Multiple Choice
A) DNA fingerprinting.
B) pharming.
C) RNAi.
D) DNA microarrray.
E) mutagenesis.
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Multiple Choice
A) are used to analyze genomic DNA.
B) determine genes that are transcribed.
C) use oligoribonucleotides as probes.
D) probe noncoding regions of DNA.
E) detect proteins that are translated.
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Multiple Choice
A) All reporter genes are selectable marker genes.
B) All selectable marker genes are reporter genes.
C) A selectable marker gene cannot be a reporter gene.
D) Both a and b
E) None of the above
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Multiple Choice
A) are produced by the action of all restriction enzymes.
B) form associations with complementary DNA that are very stable.
C) are the result of staggered cuts of DNA by restriction enzymes.
D) must interact with each other in the formation of recombinant DNA.
E) have non-specific base sequences.
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Multiple Choice
A) It is based on a natural process for inhibiting translation.
B) It was discovered only recently (in the 1990s) .
C) It has been used as a therapy for macular degeneration.
D) It involves doubled-stranded RNA.
E) All of the above are true; none is false.
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Multiple Choice
A) Homologous recombination
B) DNA microarray
C) RNAi
D) Mutagenesis
E) None of the above
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Short Answer
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