The top documents tagged [initiation of transcription]

Gene Expression in Prokaryotes. Why regulate gene expression? It takes a lot of energy to make RNA and protein. It takes a lot of energy to make RNA and
Documents Gene Expression in Prokaryotes. Why regulate gene expression? It takes a lot of energy to make RNA and protein. It takes a lot of energy to make RNA and

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* DNA replication? * Review * What proteins are involved? * DNA polumerase? * Heelicase? * Primer? * Ligase?
Documents * DNA replication? * Review * What proteins are involved? * DNA polumerase? * Heelicase? * Primer? * Ligase?

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RNA PolymeraseIII Class I= 5S RNA ClassII = tRNA ClassIII = U6 snRNA Transcription Factors = TFIII TFIII A TFIII B= TBP+ BRF TFIII C Clover leaf L shape
Documents RNA PolymeraseIII Class I= 5S RNA ClassII = tRNA ClassIII = U6 snRNA Transcription Factors = TFIII TFIII A TFIII B= TBP+ BRF TFIII C Clover leaf L shape

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Transcription often is controlled at the stage of initiation. Transcription is not usually controlled at elongation, but may be controlled at termination
Documents Transcription often is controlled at the stage of initiation. Transcription is not usually controlled at elongation, but may be controlled at termination

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Chapter 13 Gene Regulation in Eukaryotes Chapter 13 Gene Regulation in Eukaryotes
Documents Chapter 13 Gene Regulation in Eukaryotes Chapter 13 Gene Regulation in Eukaryotes

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Figure 6-16. Initiation of transcription of a eucaryotic gene by RNA polymerase II. To begin transcription, RNA polymerase requires a number of general
Documents Figure 6-16. Initiation of transcription of a eucaryotic gene by RNA polymerase II. To begin transcription, RNA polymerase requires a number of general

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Molecular Biology Transcription and Translation (Chapter 17)
Documents Molecular Biology Transcription and Translation (Chapter 17)

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3. How Genomes Function In order for the cell to utilize the biological information contained within its genome, groups of genes, each gene representing
Documents 3. How Genomes Function In order for the cell to utilize the biological information contained within its genome, groups of genes, each gene representing

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Transcription. DNA stores genetic information in a stable form that can be readily replicated. The expression of this genetic information requires its
Documents Transcription. DNA stores genetic information in a stable form that can be readily replicated. The expression of this genetic information requires its

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Transcription in Prokaryotic (Bacteria) The conversion of DNA into an RNA transcript requires an enzyme known as RNA polymerase RNA polymerase – Catalyzes
Documents Transcription in Prokaryotic (Bacteria) The conversion of DNA into an RNA transcript requires an enzyme known as RNA polymerase RNA polymerase – Catalyzes

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Chapter 21 (Part 2) Transcriptional Regulation and RNA Processing
Documents Chapter 21 (Part 2) Transcriptional Regulation and RNA Processing

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Chapter 13. I.Prokaryotic and Eukaryotic Genomes A.all of the genetic material possessed by an organism or group of organisms B.both contain many 1,000's
Documents Chapter 13. I.Prokaryotic and Eukaryotic Genomes A.all of the genetic material possessed by an organism or group of organisms B.both contain many 1,000's

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