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Regulatory mechanism of Sox9 gene expression in chondrocytes [RNA-seq]

ABSTRACT: Regulatory mechanism of Sox9 gene expression in chondrocytes [RNA-seq]

PROVIDER: PRJNA996992 | ENA |

REPOSITORIES: ENA

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			Action	DRS
	SRR25374765.fastq.gz	Fastqsanger.gz
	SRR25374766.fastq.gz	Fastqsanger.gz

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Regulatory mechanism of Sox9 gene expression in chondrocytes

Project description:Regulatory mechanism of Sox9 gene expression in chondrocytes

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Regulatory mechanism of Sox9 gene expression in chondrocytes [RNA-seq]

Project description:The transcription factor Sox9 (Sry-Related HMG-Box gene 9) is essential in chondrogenesis. The expression Sox9 is regulated by 1.5Mb long range genomic region in temporospatial manner and genome translocation or deletion which affect Sox9 expression cause campomelic dysplasia (CD), characterized by skeletal malformations. Although functional mechanism of Sox9 are well studied so far, regulatory mechanism of Sox9 expression and its related enhancer in chondrocytes are largely remains to be elucidated. The purpose of this study is to identify Sox9 enhancers in chondrocytes

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Distinct regulatory programs for Sox9 in transcriptional regulation of the developing mammalian chondrocyte [expression array]

Project description:We compared Sox9-association at chondrocyte targets to a broad catalogue of regulatory indicators of chromatin organization and transcriptional activity to determine Sox9’s direct regulatory actions in normal developing chondrocytes. Sox9-associated regions resolve into two distinct regulatory categories. Class I regions closely associate with transcriptional start sites (TSSs). Their targets reflect general regulators of basal cell activities that Sox9 engages indirectly though a likely association with the basal transcriptional complex. In contrast, Class II regions outside of the local TSS domains highlight evolutionarily conserved, active enhancers directing expression of chondrocyte specific target genes, though DNA binding of Sox9-dimers at target sites with sub-optimal binding affinity. The level of associated chondrocyte gene expression correlates with the number of enhancer modules around the target gene and grouping into super-enhancer clusters. Comparison of Sox9 programs between neural crest and mesoderm-derived chondrocytes points to similar modes of chondrocyte specification in distinct chondrocyte lineages. These data provide the first insight into mammalian Sox family actions at the genome scale in the vivo setting. The resulting enhancer sets provide a key resource for further dissection of the regulatory programs of mammalian chondrogenesis. Incorportation of ChIP-seq data of Sox9 and histone modification marks for chromatin status together with microrarray gene expression profiling in neonatal mice chondrocytes to uncover Sox9 regulatory system

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