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Disruption of RNAPII transcription elongation links Oncogenic splicing factor mutations to replciation stress and targetable alterations in chromatin landscape [Murine ChIP-Seq]

ABSTRACT: To investigate changes in Pol2 distribution in response to SF3B1 mutations, we peformed ChIP-seq using antibody against Pol2 (both CTD and elongation specific (Ser2P and Ser5p). For the murine model, SF3B1 mutant (and WT counterparts) were treated with tamoxifen daily x 5 days at 5 weeks of age. Mice were euthanized at end of week 7 and bone marrow was harvested to isolate lineage negative cells We then performed coverage plot analysis using data obtained from ChIP-seq from IP fractions to investigate Pol2 distribution changes

ORGANISM(S): Mus musculus

PROVIDER: GSE254792 | GEO | 2024/03/12

REPOSITORIES: GEO

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Disruption of RNAPII transcription elongation links Oncogenic SFB31 mutations to replciation stress and targetable alterations in chromatin landscape [mNET-Seq]

Project description:To investigate changes in RNAPII distribution in response to SF3B1 mutations, we peformed mNET-seq using antibody against either pan Pol II CTD or Ser2P Pol II CTD in K562 cells (wild type and SF3B1K700E mutant) at 4 days after mutant allele expression We then performed coverage plot analysis using data obtained from mNET-seq to investigate RNAPII distribution changes. Drosophila spike-in was included for the pan-Pol II CTD studies.

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Disruption of RNAPII transcription elongation links Oncogenic splicing factor mutations to replciation stress and targetable alterations in chromatin landscape [NTD-Seq]

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Disruption of RNAPII transcription elongation links Oncogenic splicing factor mutations to replciation stress and targetable alterations in chromatin landscape [NTD-chIP-seq]

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Disruption of RNAPII transcription elongation links Oncogenic splicing factor mutations to replciation stress and targetable alterations in chromatin landscape [Ser5PRNAPII ChIP-Seq]

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Disruption of RNAPII transcription elongation links Oncogenic splicing factor mutations to replciation stress and targetable alterations in chromatin landscape [Ser2PRNAPII ChIP-seq]

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Disruption of RNAPII transcription elongation links Oncogenic splicing factor mutations to replciation stress and targetable alterations in chromatin landscape [CDK9-chIP-seq]

Project description:To investigate changes in p-TEFb distribution in response to SF3B1 mutations, we peformed ChIP-seq using antibody against the CDK9 component of pTEFb in K562 cells (wild type and SF3B1K700E mutant) at 4 days after mutant allele expression We then performed coverage plot analysis using data obtained from ChIP-seq from IP and Input fractions to investigate CDK9 distribution changes

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The conserved protein Seb1 from fission yeast is recruited to the chromatin during active Pol II transcription

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2018-09-30 | GSE109974 | GEO

RNA polymerase II activity revealed by GRO-seq and pNET-seq in Arabidopsis

Project description:RNA polymerase II (Pol II) play an essential role in gene expression. Here, we adapted plant Native Elongation Transcript sequencing and Global Run On sequencing to profile nascent RNA genome wide in Arabidopsis. We found Pol II tends to accumulate downstream of transcription start site and pausing at proximal promoter is an important regulatory step for Pol II transcription although loosely controlled. Furthermore, the Pol II with unphosphorylated carboxyl-terminal domain (CTD) mainly accumulates downstream the TSS, while the Ser5P CTD Pol II associates with spliceosome, and the Ser2P CTD Pol II presents a sharp peak 250 base pair downstream of polyadenylation site indicating a stringent control of termination for protein coding genes; whilst the termination of noncoding genes is not. Active expressed genes can be classified into three clusters according to the distribution patterns of different Pol II isoforms. In summary, we demonstrated the modified plant GRO-seq and pNET-seq are suitable to study RNA Pol II dynamics in planta. Although transcription is conserved among high eukaryotes, Pol II has its feature in Arabidopsis.

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