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A) DNA fingerprinting
B) microarray analysis
C) gene mapping
D) Western blot
E) antisense therapy
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Multiple Choice
A) cloning
B) gene therapy
C) antisense therapeutic
D) DNA fingerprinting
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True/False
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Short Answer
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Multiple Choice
A) genetic engineering.
B) biotechnology.
C) recombinant DNA.
D) gel electrophoresis.
E) gene probes.
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Essay
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A) Human growth hormone
B) Factor VIII
C) insulin
D) tissue plasminogen activator
E) All of these choices are correct.
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Multiple Choice
A) Target DNA is removed from cells and isolated.
B) The cloning host takes up a plasmid.
C) Target DNA and plasmid are treated with the same restriction endonuclease.
D) The desired protein is produced by the cloning host.
E) The gene is amplified by multiplication of the cloning host.
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True/False
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Short Answer
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Multiple Choice
A) they are small.
B) they are well characterized.
C) they can be transferred into appropriate host cells.
D) they can carry genetic markers, such as antibiotic resistance genes.
E) they can accept a relatively large amount of foreign DNA.
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True/False
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Multiple Choice
A) it displays the unique pattern of an individual's DNA fragments.
B) it can be used to analyze evidence when only minute amounts of DNA are found.
C) it cannot be used on specimens older than five years.
D) it is routine to use it as trial evidence in the U.S.
E) it can be used on hair and saliva.
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Essay
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A) palindromes.
B) reverse transcriptases.
C) restriction endonucleases.
D) ligases.
E) DNA polymerases.
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Multiple Choice
A) Add DNA polymerase and nucleotides at 72°C.
B) Cool DNA to between 50°C and 65°C.
C) Add primers.
D) Heat target DNA to 94°C.
E) Repeat the cycle of heating and cooling.
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Short Answer
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A) the sugar phosphate backbone of the DNA strands breaks.
B) the sugar, phosphate, and base come apart in each nucleotide.
C) the helix unwinds but hydrogen bonds between the bases remain intact.
D) the two DNA strands separate completely.
E) nothing happens until the boiling point is reached (100oC) .
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Multiple Choice
A) RNA promoters
B) fluorescent nucleotides
C) primers
D) thermophilic polymerases
E) endonucleases
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