A) codons.
B) nucleotides.
C) proteins.
D) histones.
E) complementary bases.
Correct Answer
verified
Multiple Choice
A) poly-A polymerase.
B) mRNA.
C) tRNA.
D) the ribosome.
E) the template strand of DNA.
Correct Answer
verified
Multiple Choice
A) two
B) three
C) four
D) one
E) 64
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verified
Multiple Choice
A) start codon
B) stop codon
C) promoter
D) release factor
E) transcription factor
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verified
Multiple Choice
A) expression
B) replication
C) modification
D) regulation
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verified
Multiple Choice
A) termination
B) translation
C) splicing
D) capping
E) elongation
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verified
Multiple Choice
A) removal of exons from the pre-mRNA.
B) addition of a 5' cap.
C) addition of a 3' poly-A tail
D) pre-mRNA splicing by the spliceosome.
Correct Answer
verified
Multiple Choice
A) releasing a tRNA molecule from the ribosome.
B) joining an amino acid to a tRNA molecule.
C) joining an amino acid to the next amino acid in the chain.
D) joining a tRNA molecule to the ribosome.
E) moving the ribosome along the mRNA molecule.
Correct Answer
verified
Multiple Choice
A) DNA
B) RNA polymerase
C) mRNA
D) rRNA
E) tRNA
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verified
Multiple Choice
A) transcription.
B) initiation.
C) replication.
D) translocation.
E) activation.
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Multiple Choice
A) transcription initiation.
B) transcription elongation.
C) transcription termination.
D) translation initiation.
E) translation termination.
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Multiple Choice
A) block transcription
B) degrade the mRNA after it is made
C) prevent translation of the mRNA
D) degrade the protein after it is made
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Multiple Choice
A) transcription
B) translation
C) replication
D) posttranscriptional modification
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verified
Multiple Choice
A) nucleotides
B) amino acids
C) polypeptides
D) fatty acids
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Multiple Choice
A) the transcription bubble is formed
B) RNA polymerase binds to the promoter
C) the DNA double helix is unwound
D) RNA polymerase synthesizes a short primer
E) transcription factors bind to the TATA box sequence
Correct Answer
verified
Multiple Choice
A) proteins→ RNA→ DNA.
B) RNA→ DNA→ proteins.
C) DNA→ proteins→ RNA.
D) DNA→ RNA→ proteins.
Correct Answer
verified
Multiple Choice
A) the core polymerase plus two alpha subunits.
B) the core polymerase plus two beta subunits.
C) the core polymerase plus two alpha subunits,two beta subunits,and a sigma subunit.
D) the core polymerase plus a sigma subunit.
E) two alpha subunits,two beta subunits,and two sigma subunits.
Correct Answer
verified
Multiple Choice
A) nucleotides.
B) nucleic acids.
C) amino acids.
D) genes.
E) codons.
Correct Answer
verified
Multiple Choice
A) The inversion would probably have no effect on gene expression.
B) The gene would not be transcribed because it would be oriented in the wrong direction.
C) The gene would be transcribed in the 3' to 5' direction.
D) The gene would be transcribed normally but the mRNA would be translated in the 3' to 5' direction.
Correct Answer
verified
Multiple Choice
A) one
B) two
C) three
D) four
E) 64
Correct Answer
verified
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