A) double stranded RNA interference with mRNA.
B) double stranded RNA interference with DNA.
C) double stranded DNA interference with mRNA.
D) double stranded mRNA interference with DNA.
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Multiple Choice
A) operon
B) repressor
C) promoter
D) operator
E) CAP
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Multiple Choice
A) multicellular
B) diploid
C) bacterial
D) prokaryotic
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Multiple Choice
A) grow and divide rapidly
B) cells adjust quickly to outside environment
C) homeostasis
D) quickly synthesize amount and type of enzymes according to available nutrients
E) respond by gene action to oxygen availability
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Multiple Choice
A) TFIIA,TFIIB,TFIIE,TFIIF,TFIIH
B) TFIIE,TFIIF,TFIIA,TFIIB,TFIIH
C) TFIIF,TFIIH,TFIIB,TFIIE,TFIIA
D) TFIIE,TFIIB,TFIIA,TFIIH,TFIIF
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Multiple Choice
A) In bacteria it allows them to adopt to changing environments.
B) In multicellular organisms it is critical for development.
C) In bacteria it allows them to replicate without control.
D) In multicellular organisms it allows them to maintain homeostasis.
E) In multicellular organisms it allows them to function as a wholE.
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Multiple Choice
A) activator.
B) operon.
C) promoter.
D) regulator.
E) repressor.
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Multiple Choice
A) Since transcription domains cannot be separated,you will need to abandon this experiment and try a vastly different approach to your question.
B) Express large amounts of the general transcription factors.
C) Since transcription domains can be separated,try to express and purify only the DNA-binding domain.
D) Since transcription domains can be separated,try to express and purify only the activation domain.
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Multiple Choice
A) mRNA sequences within the DNA.
B) tRNA sequences within the DNA.
C) operator sequences within the DNA.
D) promotor sequences within the DNA.
E) enhancer sequences within the DNA.
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Multiple Choice
A) be mistaken since only DNA can be methylated,not histones.
B) be looking at a region of active chromatin.
C) be looking at a region of inactive chromatin.
D) be looking at a chromatin remodeling complex.
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Multiple Choice
A) promotors of DNA synthesis.
B) suppressor factors.
C) co-activation factors.
D) mediator factors.
E) specific transcription factors.
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Multiple Choice
A) TATA-binding protein TBP and TAFs.
B) TATA-binding protein TBP,TAFs and RNA pol II.
C) TAFs and the core promoter.
D) TATA-binding protein and activators.
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Multiple Choice
A) allow us to turn specific genes on or off.
B) allow the determination of nucleosome composition.
C) lead to chromatin remodeling.
D) allow us to control translation.
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Multiple Choice
A) minor groove of the DNA helix.
B) major groove of the DNA helix.
C) outside groove of the DNA helix.
D) inside groove of the DNA helix.
E) hydrogen bonding groove of the DNA helix.
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Multiple Choice
A) promoter.
B) operator.
C) operon.
D) minor groove of DNA.
E) major groove of DNA.
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Multiple Choice
A) The primary transcript is composed of RNA polymerase and associated histones.
B) The primary transcript has the exons removed and the introns retained for translation.
C) The primary transcript is a faithful copy of the entire gene including exons and introns.
D) The primary transcript is a faithful copy of the gene,but the introns have been removeD.
E) The primary transcript is a faithful copy,but the exons have been removed.
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Multiple Choice
A) induction.
B) repression.
C) inducer exclusion.
D) the CAP/cAMP system.
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Multiple Choice
A) active transport
B) homeostasis
C) gene expression
D) translation
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Multiple Choice
A) inserting DNA promoters into either the major groove or the minor groove of the double helix where the edges of the nitrogen bases protrude.
B) inserting DNA-binding motifs into the minor groove of the double helix where the edges of the nitrogen bases protrude.
C) inserting DNA polymerase into the major groove of the double helix where the edges of the nitrogen bases protrude.
D) inserting RNA polymerase into the major groove of the double helix where the edges of the nitrogen bases protrude.
E) inserting DNA-binding motifs into the major groove of the double helix where the edges of the nitrogen bases protrudE.
Correct Answer
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Multiple Choice
A) entering the major groove of the DNA and reading the nucleotide base pairs.
B) entering the minor groove of the DNA and reading the nucleotide base pairs.
C) entering the major groove of RNA and reading the nucleotide base pairs.
D) entering DNA's major groove by using DNA polymerase and reading the nucleotide base pairs.
E) entering DNA's minor groove by using DNA polymerase and reading the nucleotide base pairs.
Correct Answer
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