A) require multiple DNA binding regions.
B) are largely conserved across the genome.
C) can stimulate DNA polymerases by direct binding.
D) control translational as well as transcriptional events.
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Multiple Choice
A) a primer
B) RNA polymerase
C) initiation factor
D) a ribonucleotide triphosphate (NTP)
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Multiple Choice
A) requirement for metal ion cofactors.
B) requirement for exogenous nucleoside binding.
C) DNA composition.
D) intron lariat structure.
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Multiple Choice
A) one inactivated X chromosome in female mice.
B) the inhibited transcription and translation of X-linked proteins.
C) two inactive X chromosomes in female mice.
D) two active X chromosomes in female mice.
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Multiple Choice
A) is a ribozyme.
B) contains as many as five protein subunits in the final functional enzyme.
C) synthesizes all RNA types.
D) has a common core structure resembling that of prokaryotic RNA polymerase.
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Multiple Choice
A) occurs in the same manner as prokaryotic transcription.
B) requires the complete unfolding of the gene into single-stranded DNA.
C) requires many more transcription factors than prokaryotic transcription.
D) uses RNA polymerase as well as helicase and primase.
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A) RISC.
B) snoRNA.
C) exosome.
D) dicer.
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A) are located before the transcription start site.
B) bind transcription factors.
C) are located after the transcription start site.
D) assist in activating transcription.
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A) DNA promoter regions
B) RNA polymerases
C) transcription factors
D) receptor proteins
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Multiple Choice
A) cleavage stimulatory factor (CStF)
B) poly(A) polymerase
C) cleavage and polyadenylation specificity factor (CPSF)
D) poly(A) binding protein
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Multiple Choice
A) 1
B) 2
C) 3
D) 4
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Multiple Choice
A) (1) poly(A) tail removal; (2) 7-methylguanosine cap removal; (3) RNA hydrolysis
B) (1) 7-methylguanosine cap removal; (2) RNA hydrolysis; (3) poly(A) tail removal
C) (1) 7-methylguanosine cap removal; (2) poly(A) tail removal; (3) RNA hydrolysis
D) (1) RNA hydrolysis; (2) Poly(A) tail removal; (3) 7-methylguanosine cap removal
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A) the tips of chromosomes.
B) the transcription of genomic DNA.
C) the splicing of used mRNA.
D) an infection of viral RNA.
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Multiple Choice
A) is a cis-acting ribozyme.
B) resembles group II introns in its mechanism and product.
C) performs the same function in prokaryotes and eukaryotes.
D) is a protein enzyme.
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Multiple Choice
A) template DNA; coding DNA
B) tRNA; mRNA
C) coding DNA; template DNA
D) mRNA; coding DNA
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A) short interfering RNA.
B) TERC RNA.
C) small nucleolar RNA.
D) messenger RNA.
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Multiple Choice
A) differentiate the mRNA from the tRNA.
B) facilitate binding and translation by the ribosome.
C) increase mRNA splicing efficiency.
D) signify the start and end of the gene sequence.
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