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Match the blank in the following explanation about RNA transcription. The upper DNA strand in the above figure is the (A)_ strand. Promoters upstream of the gene are recognized by (C)_ eukaryotes. RNA plymerase transcribes RNA in a (E)_ the RNA sequence signal, (F)_ in strand and the lower DNA strand is the (B)_ in prokaryotes or (D)_ direction. Termination is the result of the transcription of Post (or co-)transcriptional modifications include a 5' (G)_ and 3' (H)_ as well as splicing out (I)_ Spliceosomes consist of "snRNPs". SnRNPU1 binds the (J)_ snRNPU2 binds the (K)_ and snRNP U5 binds to the (L)_ In the first splicing step, a 2' --> 5' phosphodiester bond is formed between the (K)_ In the second step, a 3' --> 5' phosphodiester bond is formed between the (M). and the (M) and the (N) P. What is (A). M. What is (B) C. What is (C)_ A. introns B. m7G capping C. σ factor J. What is (D)_ ? D. AAUAAA O. What is (E)_ D. What is (F)_ B. What is (G). I. What is (H). A. What is (1) E. What is (J). N. What is (K)_ ? H. What is (L)_ ? L. What is (M)_ G. What is (N)_ E. 5'-side of exon F. 3' --> 5' G. 3' splicing site H. branch point adenosine I. poly A tail J. transcription factor K. exons L. 5' splicing site M.template N. 3' side of exon O. 5' --> 3' P. coding The below picture showing RNA transcription. 5' 3' ATGCCGCAA RNA +CACGCACTCATG TO TACCACGTA CAATCT & UUCA 3' TACGGCGTTAGAC JUCACGCACUCAUGUG AAGTGCGTGAGTACACATO DNA RNA polymerase 3' 5'

Match the blank in the following explanation about RNA transcription. The upper DNA strand in the above figure is the (A)_ strand. Promoters upstream of the gene are recognized by (C)_ eukaryotes. RNA plymerase transcribes RNA in a (E)_ the RNA sequence signal, (F)_ in strand and the lower DNA strand is the (B)_ in prokaryotes or (D)_ direction. Termination is the result of the transcription of Post (or co-)transcriptional modifications include a 5' (G)_ and 3' (H)_ as well as splicing out (I)_ Spliceosomes consist of "snRNPs". SnRNPU1 binds the (J)_ snRNPU2 binds the (K)_ and snRNP U5 binds to the (L)_ In the first splicing step, a 2' --> 5' phosphodiester bond is formed between the (K)_ In the second step, a 3' --> 5' phosphodiester bond is formed between the (M). and the (M) and the (N) P. What is (A). M. What is (B) C. What is (C)_ A. introns B. m7G capping C. σ factor J. What is (D)_ ? D. AAUAAA O. What is (E)_ D. What is (F)_ B. What is (G). I. What is (H). A. What is (1) E. What is (J). N. What is (K)_ ? H. What is (L)_ ? L. What is (M)_ G. What is (N)_ E. 5'-side of exon F. 3' --> 5' G. 3' splicing site H. branch point adenosine I. poly A tail J. transcription factor K. exons L. 5' splicing site M.template N. 3' side of exon O. 5' --> 3' P. coding The below picture showing RNA transcription. 5' 3' ATGCCGCAA RNA +CACGCACTCATG TO TACCACGTA CAATCT & UUCA 3' TACGGCGTTAGAC JUCACGCACUCAUGUG AAGTGCGTGAGTACACATO DNA RNA polymerase 3' 5'

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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Match the blank in the following explanation about RNA transcription. The upper DNA strand in the above figure is the (A)_ strand. Promoters upstream of the gene are recognized by (C)_ eukaryotes. RNA plymerase transcribes RNA in a (E)_ the RNA sequence signal, (F)_ in strand and the lower DNA strand is the (B)_ in prokaryotes or (D)_ direction. Termination is the result of the transcription of Post (or co-)transcriptional modifications include a 5' (G)_ and 3' (H)_ as well as splicing out (I)_ Spliceosomes consist of "snRNPs". SnRNPU1 binds the (J)_ snRNPU2 binds the (K)_ and snRNP U5 binds to the (L)_ In the first splicing step, a 2' --> 5' phosphodiester bond is formed between the (K)_ In the second step, a 3' --> 5' phosphodiester bond is formed between the (M). and the (M) and the (N) P. What is (A). M. What is (B) C. What is (C)_ A. introns B. m7G capping C. σ factor J. What is (D)_ ? D. AAUAAA O. What is (E)_ D. What is (F)_ B. What is (G). I. What is (H). A. What is (1) E. What is (J). N. What is (K)_ ? H. What is (L)_ ? L. What is (M)_ G. What is (N)_ E. 5'-side of exon F. 3' --> 5' G. 3' splicing site H. branch point adenosine I. poly A tail J. transcription factor K. exons L. 5' splicing site M.template N. 3' side of exon O. 5' --> 3' P. coding
Transcribed Image Text:Match the blank in the following explanation about RNA transcription. The upper DNA strand in the above figure is the (A)_ strand. Promoters upstream of the gene are recognized by (C)_ eukaryotes. RNA plymerase transcribes RNA in a (E)_ the RNA sequence signal, (F)_ in strand and the lower DNA strand is the (B)_ in prokaryotes or (D)_ direction. Termination is the result of the transcription of Post (or co-)transcriptional modifications include a 5' (G)_ and 3' (H)_ as well as splicing out (I)_ Spliceosomes consist of "snRNPs". SnRNPU1 binds the (J)_ snRNPU2 binds the (K)_ and snRNP U5 binds to the (L)_ In the first splicing step, a 2' --> 5' phosphodiester bond is formed between the (K)_ In the second step, a 3' --> 5' phosphodiester bond is formed between the (M). and the (M) and the (N) P. What is (A). M. What is (B) C. What is (C)_ A. introns B. m7G capping C. σ factor J. What is (D)_ ? D. AAUAAA O. What is (E)_ D. What is (F)_ B. What is (G). I. What is (H). A. What is (1) E. What is (J). N. What is (K)_ ? H. What is (L)_ ? L. What is (M)_ G. What is (N)_ E. 5'-side of exon F. 3' --> 5' G. 3' splicing site H. branch point adenosine I. poly A tail J. transcription factor K. exons L. 5' splicing site M.template N. 3' side of exon O. 5' --> 3' P. coding
The below picture showing RNA transcription. 5' 3' ATGCCGCAA RNA +CACGCACTCATG TO TACCACGTA CAATCT & UUCA 3' TACGGCGTTAGAC JUCACGCACUCAUGUG AAGTGCGTGAGTACACATO DNA RNA polymerase 3' 5'
Transcribed Image Text:The below picture showing RNA transcription. 5' 3' ATGCCGCAA RNA +CACGCACTCATG TO TACCACGTA CAATCT & UUCA 3' TACGGCGTTAGAC JUCACGCACUCAUGUG AAGTGCGTGAGTACACATO DNA RNA polymerase 3' 5'
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