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Displaying 4 of 4 results for "KIRREL2"
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  1. Identification of Embryonic Pancreatic Genes using Xenopus DNA Microarrays BioProject

    ID: PRJNA108669

    Keywords: Transcriptome or Gene expression

    Access Type: download

    dataset.description: ion patterns of 24 genes. Among them, STXBP6 and KIRREL2 were expressed by the early tailbud stage, suggesting the possible involvement of novel signaling pathways in early pancreas development. Keywords: organ type comparison Overall design: We wished to identify genes that are specifically expressed in the developing pancreas of early Xenopus embryos to better understand the process of endodermal organ differentiation. During embryonic gut formation, the liver and pancreatic rudiments bud out from the epithelium of the developing digestive tube posterior to the future stomach (Kelly and Melton 2000; Chalmers and Slack, 1998). The dorsal pancreatic bud originates from the gut tube underneath a portion of the notochord and the ventral pancreatic buds derive from the ventral gut adjacent to the heart. These pancreatic primordia are independently induced and later fuse to form a single pancreas. We isolated the pancreas, liver, and stomach buds from stage 42 embryos (swimming tadpole...

  2. Genome-wide screen reveals rhythmic regulation of genes involved in odor processing in the olfactory epithelium OmicsDI

    ID: E-GEOD-69853

    Date Released: 12-02-2015

    Description: roles in circadian olfactory processing, such as KIRREL2 -- an established factor involved in short-term OSN activation. The spatiotemporal expression patterns of our candidate proteins suggest that they are involved in short-term anabolic processes to rhythmically prepare the cell for peak performances and to promote circadian function of OSNs. We performed a genome-wide expression study with RNA from OE tissue extracted at 4-h intervals in constant darkness from previously entrained mice. Total RNA of four mice per sampling time was pooled in equal amounts....

  3. Genome-wide screen reveals rhythmic regulation of genes involved in odor processing in the olfactory epithelium ArrayExpress

    ID: E-GEOD-69853

    Description: roles in circadian olfactory processing, such as KIRREL2 -- an established factor involved in short-term OSN activation. The spatiotemporal expression patterns of our candidate proteins suggest that they are involved in short-term anabolic processes to rhythmically prepare the cell for peak performances and to promote circadian function of OSNs. We performed a genome-wide expression study with RNA from OE tissue extracted at 4-h intervals in constant darkness from previously entrained mice. Total RNA of four mice per sampling time was pooled in equal amounts....

  4. Genome-wide screen reveals rhythmic regulation of genes involved in odor processing in the olfactory epithelium BioProject

    ID: PRJNA286931

    Keywords: Transcriptome or Gene expression

    Access Type: download

    dataset.description: roles in circadian olfactory processing, such as KIRREL2 -- an established factor involved in short-term OSN activation. The spatiotemporal expression patterns of our candidate proteins suggest that they are involved in short-term anabolic processes to rhythmically prepare the cell for peak performances and to promote circadian function of OSNs. Overall design: We performed a genome-wide expression study with RNA from OE tissue extracted at 4-h intervals in constant darkness from previously entrained mice. Total RNA of four mice per sampling time was pooled in equal amounts....
Displaying 4 of 4 results for "KIRREL2"

bioCADDIE is supported by the National Institutes of Health through the Big Data to Knowledge, Grant 1U24AI117966-01. NIH | UCSD | DBMI

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