Correct Answer
verified
Multiple Choice
A) Proteomics; bioinformatics
B) Comparative genomics; bioinformatics
C) Genomics; proteomics
D) Proteomics; comparative genomics
E) Comparative genomics; proteomics
Correct Answer
verified
Multiple Choice
A) mature cells; clones
B) clones; enucleated eggs
C) clones; various types of mature cells
D) embryonic stem cells; adult stem cells
E) enucleated eggs; various types of mature cells
Correct Answer
verified
Multiple Choice
A) cut DNA with restriction enzymes, mix DNA with plasmid DNA, add DNA ligase
B) mix DNA with plasmid DNA, cut with restriction enzymes, add DNA ligase
C) add DNA ligase, cut DNA with restriction enzymes, mix DNA with plasmid DNA
D) mix DNA with plasmid DNA, add DNA ligase, cut with restriction enzymes
E) cut with restriction enzymes, add DNA ligase, mix DNA with plasmid DNA
Correct Answer
verified
Multiple Choice
A) Adult stem cells have a longer lifespan in culture than embryonic stem cells, and would persist for a longer time in the patient's body.
B) Embryonic stem cells can only produce a few cell types while adult stem cells can produce any type of cell.
C) Adult stem cells are less likely to be rejected by the patient's body.
D) Unlike adult stem cells, embryonic stem cells may stop dividing within the patient's body.
E) The use of adult stem cells is less controversial than the use of embryonic stem cells.
Correct Answer
verified
Multiple Choice
A) 4,096
B) 2,048
C) 1,024
D) 512
E) 256
Correct Answer
verified
Multiple Choice
A) producing high-yield tomato plants.
B) creating pest-resistant versions of corn.
C) cleaning up oil spills.
D) generating pharmaceuticals.
E) producing new types of high-yield beef.
Correct Answer
verified
Multiple Choice
A) cool to allow DNA strands to anneal, heat to allow primer to anneal, cool to allow DNA polymerase to copy DNA.
B) heat to denature DNA strands, cool to allow primer to anneal, allow DNA polymerase to copy DNA.
C) heat to denature DNA strands and for primer to anneal, cool to allow DNA polymerase to copy DNA.
D) cool to denature DNA strands, heat to allow primer to anneal, cool to allow DNA polymerase to copy DNA.
E) cool to allow primer to anneal, heat to denature DNA strands, cool to allow DNA polymerase to copy DNA.
Correct Answer
verified
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