| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 2018943 | Progress in Histochemistry and Cytochemistry | 2010 | 58 Pages |
Abstract
Exocrine-secreted gastric leptin thus participates in a physiological axis independent in terms of time and regulation from that of adipose tissue to rapidly control food intake and nutrient absorption. Adipocytes and gastric epithelial cells are two cell types the metabolism of which is closely linked to food intake and energy storage. The coordinated secretion of adipose and gastric leptins ensures proper management of food processing and energy storage.
Keywords
BSDLACTHPTP-1BNTSProtein tyrosine phosphatase-1BSGLT-1agouti related proteinGLP-1PKCCARTα-MSHCREBGLUTGRB2PYYSHP2SOCS3LXRTGNRERIRS1CCKFITCmTORIBMXVIPNPYAgRPPI3KPOMCAMPKPPARTSHJanus kinase3-isobutyl-1-methylxanthineAMP-activated protein kinasecAMPMAPKcyclic adenosine-monophosphateSTATPUFApoly-unsaturated fatty acidsAppetiteAdipose tissueGlucose transporterinsulin receptor substrate 1suppressor of cytokine signaling-3Trans-Golgi networkrough endoplasmic reticulumLeptinbile salt-dependent lipaseIntestinal mucosaGastric mucosamammalian target of rapamycinnucleus of the solitary tractadrenocorticotropic hormonecAMP-response element-binding proteinProtein kinase Cmitogen-activated protein kinasegrowth factor receptor-bound protein 2Pept1peptide YYvasoactive intestinal peptideJAKcholecystokininperoxisome proliferator activated receptorsLiver X receptorsNeuropeptide Y
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Authors
Philippe G. Cammisotto, Ãmile Levy, Ludwik J. Bukowiecki, Moise Bendayan,