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Showing 1 to 5 of 5 for “"Rpb9"”.
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Changes in the Rpb3 Interactome Caused by the Deletion of RPB9 in Saccharomyces cerevisiae
… of Rbp3 in S. cerevisiae when the Pol II subunit Rpb9 is removed. Rpb3 is one of the core subunits of Pol II, and any significant changes to the Rpb3 incteractome due to the loss of Rpb9 can be used to infer new information about Rpb9’s role in the Pol II complex. Rpb3 was pulled down using FLAG …
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Elongación transcripcional en Saccharomyces Cerevisiae influencia en el control del ciclo celular y nuevas herramientas para su estudio "in vivo"
… RPB12. Todos ellos son esenciales excepto RPB4 y RPB9 (Woychik and Young, 1989).Las subunidades Rpb1 y Rpb2 son las de mayor tamaño y las más conservadas evolutivamente. La subunidad Rpb1 posee un dominio carboxilo terminal (CTD, del inglés "carboxi-terminal-domain" ), exclusivo de la RNAPII. Este …
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Transcription Coupled DNA Repair in Saccharomyces Cerevisiae: the Interplay of Facilitators and Repressors
… RNAs and some mRNAs. Like deletion of Rad26 or Rpb9, the Sen1 N-terminal deletion (1-975 residues) increases the UV sensitivity of the GGR-deficient cells. Moreover, the Sen1 N-terminal deletion decreases TCR in rad7Δ and rad7Δ rad26Δ cells but not that in rad7Δ rpb9Δ cells. Our findings suggest …
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The Role of Phosphorylation in Modulating PC4 Function as a General Cofactor
… FLAG-tagged p62 subunit of human TFIIH and the RPB9 subunit of human RNA polymerase II, respectively. An approximate 2000-fold enrichment of the FLAG-tagged TFIIH and a 1000-fold enhancement of total RNA polymerase II are achieved by a one-step immunoaffinity purification. The purified …
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Identification of Novel Core and Accessory Factors Involved in Nucleotide Excision Repair in Yeast
… Rad26, the homolog of the human CSB gene, and Rpb9, a nonessential subunit of Pol II, play important roles in TCR. We identified a dual role for PAF in TCR. In the presence of Rad26, PAF plays a positive role, facilitating TCR. In the absence of Rad26, PAF functions as a suppressor of TCR. PAF …