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Multiple Choice
A) bHLH
B) bZip
C) acidic zipper
D) basic zipper
E) basido zipper
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Multiple Choice
A) histone and/or DNA methylation
B) transcriptional activation
C) transcriptional repression
D) a and b
E) a and c
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Multiple Choice
A) is the site on the DNA where the repressor binds
B) is the site on the DNA where DNA polymerase binds
C) is the site on the DNA where reverse transcriptase binds
D) is the site on the RNA where the repressor binds
E) is the site on the ribosome where the repressor binds
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Multiple Choice
A) transcription homes
B) transcription sites
C) transcription factories
D) translation factories
E) nucleosynthetic locales
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Multiple Choice
A) transcriptional-level controls
B) processing-level controls
C) translational-level controls
D) replication-level controls
E) denaturation-level controls
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Multiple Choice
A) X chromosome inactivation
B) histone methylation patterns
C) sequence of distal promoter elements
D) localization of histone variant CENP-A
E) covalent modification of DNA
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Multiple Choice
A) It is much larger than the other noncoding RNAs.
B) It is much smaller than the other noncoding RNAs.
C) It is more tightly coiled than the other noncoding RNAs.
D) It contains a higher content of uracil than the other noncoding RNAs.
E) It contains a higher content of adenine than the other noncoding RNAs.
Correct Answer
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Multiple Choice
A) possession of large numbers of hydrophobic amino acids
B) possession of one or two short stretches of negatively charged amino acids
C) possession of one or two short stretches of positively charged amino acids
D) twisted backbones
E) double helical regions
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Multiple Choice
A) the operator
B) the terminator
C) the promoter
D) the repressor
E) the structural genes
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Multiple Choice
A) Phosphorylated eIF2 denatures.
B) Phosphorylated eIF2 cannot exchange its GDP for GTP,which is required for eIF2 to participate in another round of translation initiation.
C) Phosphorylated eIF2 cannot exchange its GTP for GDP,which is required for eIF2 to participate in another round of translation initiation.
D) Phosphorylated eIF2 is hyperactivated,blocking further translation.
E) Dephosphorylated eIF2 cannot exchange its GDP for GTP,which is required for eIF2 to participate in another round of translation initiation.
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Multiple Choice
A) addition,acetyl groups,initiation of transcription
B) removal,acetyl groups,initiation of translation
C) removal,acetyl groups,initiation of transcription
D) removal,methyl groups,initiation of transcription
E) addition,methyl groups,initiation of translation
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Multiple Choice
A) mRNA localizers
B) localicodes
C) zip-codes
D) ziptrons
E) zaptronics
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Multiple Choice
A) lenghtened 5' UTRs
B) lenghtened poly(A) tails
C) shortened poly(A) tails
D) many lipids associated with them
E) shortened 5' UTRs
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Multiple Choice
A) Oct4
B) Myc
C) Cal5
D) Sox2
E) Klf4
Correct Answer
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Multiple Choice
A) the single transcription factor bound to its upstream regulatory elements
B) the particular combination of transcription factors bound to its upstream regulatory elements
C) the particular combination of transcription factors bound to its downstream regulatory elements
D) the combination of initiation factors bound to its upstream regulatory elements
E) the combination of translational factors bound to its upstream regulatory elements
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Multiple Choice
A) Deletion of RNAi components impair both methylation of histone H3K9 and heterochromatization.
B) Addition of RNAi components impair both methylation of histone H3K9 and heterochromatization.
C) Deletion of RNAi components enhances both methylation of histone H3K9 and heterochromatization.
D) Mutation of RNAi components denatures both methylation of histone H3K9 and heterochromatization.
E) None of these are correct.
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Multiple Choice
A) iPS cells
B) white blood cells
C) induced pluripotent cells
D) infracted pluripotent cells
E) both iPS cells and induced pluripotent cells
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Multiple Choice
A) glycine
B) leucine
C) arginine
D) phenylalanine
E) lysine
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Multiple Choice
A) viscous
B) amorphous
C) undistinguished morphology
D) crystalline
E) highly extended nucleoprotein
Correct Answer
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