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pmid:26101748

Gene expression profiles of Bapx1 expressing FACS sorted cells from wildtype and Bapx1-EGFP null mouse embryos.

Sumantra Chatterjee · V Sivakamasundari · Petra Kraus · Sook Peng Yap · Vibhor Kumar · Shyam Prabhakar · Thomas Lufkin

Genomics data · 2015 doi:10.1016/j.gdata.2015.05.031

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Experiment

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Data

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title
Gene expression profiles of Bapx1 expressing FACS sorted cells from wildtype and Bapx1-EGFP null mouse embryos.
doi
10.1016/j.gdata.2015.05.031
pmid
26101748
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Sumantra Chatterjee
[1]
V Sivakamasundari
[2]
Petra Kraus
[3]
Sook Peng Yap
[4]
Vibhor Kumar
[5]
Shyam Prabhakar
[6]
Thomas Lufkin
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Genomics data
year
2015
abstract
The data described in this article refers to Chatterjee et al. (2015) "In vivo genome-wide analysis of multiple tissues identifies gene regulatory networks, novel functions and downstream regulatory genes for Bapx1 and its co-regulation with Sox9 in the mammalian vertebral column" (GEO GSE35649) [1]. Transcriptional profiling combined with genome wide binding data is a powerful tool to elucidate the molecular mechanism behind vertebrate organogenesis. It also helps to uncover multiple roles of a single gene in different organs. In the above mentioned report we reveal the function of the homeobox gene Bapx1 during the embryogenesis of five distinct organs (vertebral column, spleen, gut, forelimb and hindlimb) at a relevant developmental stage (E12.5), microarray analysis of isolated wildtype and mutant cells in is compared in conjunction with ChIP-Seq analysis. We also analyzed the development of the vertebral column by comparing microarray and ChIP-Seq data for Bapx1 with similarly generated data sets for Sox9 to generate a gene regulatory network controlling various facets of the organogenesis.
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“In the above mentioned report we reveal the function of the homeobox gene Bapx1 during the embryogenesis of five distinct organs (vertebral column, spleen, gut, forelimb and hindlimb) at a relevant developmental stage (E12.5), microarray analysis of isolated wildtype and mutant cells in is compared in conjunction with ChIP-Seq analysis.”
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Gene Expression profiles of Bapx1 sorted cells from forelimbs (FL) of wildtype (WT) and Bapx1 null (HOMO) E12.5 mouse embryos
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Genome wide binding and expression profiling defines a Bapx1-Sox9 axis in vertebral column, Gut, Spleen and limbs in developing mouse embryo.
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Functional annotation of genes controlled by Bapx1 and Sox9
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Gene expression profiles of Bapx1 expressing FACS sorted cells from wildtype and Bapx1-EGFP nu
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embryos for dissociation into single cells. FACS allows for the separation of EGFP positive a
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rted cells from wildtype and Bapx1-EGFP null mouse embryos.
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column.” [1]. We have used stable transgenic mouse lines expressing EGFP under the endogenous p
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) at a relevant developmental stage (E12.5), microarray analysis of isolated wildtype and mutant cel
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Complete file
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(2015) \"In vivo genome-wide analysis of multiple tissues identifies gene regulatory networks, novel functions and downstream regulatory genes for Bapx1 and its co-regulation with Sox9 in the mammalian vertebral column\" (GEO GSE35649) [1]. Transcriptional profiling combined with genome wide binding data is a powerful tool to elucidate the molecular mechanism behind vertebrate organogenesis. It also helps to uncover multiple roles of a single gene in different organs. In the above mentioned report we reveal the function of the homeobox gene Bapx1 during the embryogenesis of five distinct organs (vertebral column, spleen, gut, forelimb and hindlimb) at a relevant developmental stage (E12.5), microarray analysis of isolated wildtype and mutant cells in is compared in conjunction with ChIP-Seq analysis. 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