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RNF20-mediated transcriptional pausing and alternative splicing of pro-angiogenic genes orchestrate vessel growth [04Po2t_OE_ERG_ChIP_HUV]

ABSTRACT: RNF20-mediated transcriptional pausing and alternative splicing of pro-angiogenic genes orchestrate vessel growth [04Po2t_OE_ERG_ChIP_HUV]

PROVIDER: PRJNA1034637 | ENA |

REPOSITORIES: ENA

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			Action	DRS
	SRR29208227_1.fastq.gz	Fastqsanger.gz
	SRR29208227_2.fastq.gz	Fastqsanger.gz
	SRR29208228_1.fastq.gz	Fastqsanger.gz
	SRR29208228_2.fastq.gz	Fastqsanger.gz
	SRR29208229_1.fastq.gz	Fastqsanger.gz

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RNF20-mediated transcriptional pausing and alternative splicing of pro-angiogenic genes orchestrate vessel growth [06ATAC_siRNF20_HUVEC]

Project description:RNF20-mediated transcriptional pausing and alternative splicing of pro-angiogenic genes orchestrate vessel growth [06ATAC_siRNF20_HUVEC]

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RNF20-mediated transcriptional pausing and alternative splicing of pro-angiogenic genes orchestrate vessel growth [05H2Bub_siRNF20_ChIP_seq_HUV]

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RNF20-mediated transcriptional pausing and alternative splicing of pro-angiogenic genes orchestrate vessel growth [06ATAC_siRNF20_HUVEC]

Project description:Signal-responsive gene expression is essential for vascular growth and patterning, yet the mechanisms allowing the integration of signaling inputs and transcriptional activities are largely unknown. Here we show that RNF20, the major E3 ubiquitin ligase of histone H2B, plays a key role during sprouting angiogenesis by mediating Pol II promoter-proximal pausing at pro-angiogenic genes. Furthermore, it orchestrates large-scale mRNA processing events, which change the bioavailability and function of critical pro-angiogenic factors, such as VEGFA. Mechanistically, we show that RNF20 restricts ERG-dependent gene activation through the VEGF-ERK1/2 axis while enabling Notch1 to bind to chromatin, thereby modulating the VEGF-Notch signaling circuits. Since perturbations of RNF20 are associated with cardiovascular malformations in human patients, our work may provide novel therapeutic avenues for diseases caused by vascular dysfunction.

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RNF20-mediated transcriptional pausing and alternative splicing of pro-angiogenic genes orchestrate vessel growth [05H2Bub_siRNF20_ChIP_seq_HUV]

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RNF20-mediated transcriptional pausing and alternative splicing of pro-angiogenic genes orchestrate vessel growth [04Po2t_OE_ERG_ChIP_HUV]

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RNF20-mediated transcriptional pausing and VEGFA splicing orchestrate vessel growth.

Project description:Signal-responsive gene expression is essential for vascular development, yet the mechanisms integrating signaling inputs with transcriptional activities are largely unknown. Here we show that RNF20, the primary E3 ubiquitin ligase for histone H2B, plays a multifaceted role in sprouting angiogenesis. RNF20 mediates RNA polymerase (Pol II) promoter-proximal pausing at genes highly paused in endothelial cells, involved in VEGFA signaling, stress response, cell cycle control and mRNA splicing. It also orchestrates large-scale mRNA processing events that alter the bioavailability and function of critical pro-angiogenic factors, such as VEGFA. Mechanistically, RNF20 restricts ERG-dependent Pol II pause release at highly paused genes while binding to Notch1 to promote H2B monoubiquitination at Notch target genes and Notch-dependent gene expression. This balance is crucial, as loss of Rnf20 leads to uncontrolled tip cell specification. Our findings highlight the pivotal role of RNF20 in regulating VEGF-Notch signaling circuits during vessel growth, underscoring its potential for therapeutic modulation of angiogenesis.

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Rnf20 levels modulate the VEGF-Notch signaling circuits during sprouting angiogenesis [02RNF20_Huvec]

Project description:Tight control of cell fate choices is crucial for proper vessel development. Here we show that Rnf20, the major E3 ubiquitin ligase of histone H2B, plays a key role in the tight control of VEGF-Notch signaling, which is crucial for proper vessel growth and patterning, as well as for the dynamic tip-stalk cell fate at the vascular front. We demonstrate that Rnf20 is dynamically expressed in the developing retina and controls vessel growth through two distinct modes of action. On the one hand, it restricts gene activation by the endothelial transcription factor ERG and on the other, it orchestrates large-scale mRNA processing events, which change the bioavailability and function of critical pro-angiogenic factors. We show that Rnf20 plays a key role for the upregulation of both VEGFR2 through alternative polyadenylation and VEGFA through intron inclusion, as well as for suppressing the ability of Notch1 to bind to chromatin. Interestingly, perturbations of RNF20 have been associated with complex cardiovascular malformations in human patients, suggesting that delineating the mechanisms that control Rnf20 expression and activity may provide new insights into diseases caused by vascular dysfunction.

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