Matches in Nanopublications for { ?s ?p "Two mechanisms have been identified to explain how insulin receptors promote insulin secretion in b cells. Insulin stimulates exocytosis of secretory vesicles (Aspinwall et al., 1999); exocytosis of insulin feeds back to promote transcription of the insulin gene, an effect mediated by insulin receptors, IRS2, and PI 3-kinase (Leibiger et al., 1998). This role for IRS2 in b cells helps to explain the observation that IRS2 knockout mice developed diabetes because of failure of insulin secretion to compensate for insulin resistance" ?g. }
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- _2 value "Two mechanisms have been identified to explain how insulin receptors promote insulin secretion in b cells. Insulin stimulates exocytosis of secretory vesicles (Aspinwall et al., 1999); exocytosis of insulin feeds back to promote transcription of the insulin gene, an effect mediated by insulin receptors, IRS2, and PI 3-kinase (Leibiger et al., 1998). This role for IRS2 in b cells helps to explain the observation that IRS2 knockout mice developed diabetes because of failure of insulin secretion to compensate for insulin resistance" provenance.
- _2 value "Two mechanisms have been identified to explain how insulin receptors promote insulin secretion in b cells. Insulin stimulates exocytosis of secretory vesicles (Aspinwall et al., 1999); exocytosis of insulin feeds back to promote transcription of the insulin gene, an effect mediated by insulin receptors, IRS2, and PI 3-kinase (Leibiger et al., 1998). This role for IRS2 in b cells helps to explain the observation that IRS2 knockout mice developed diabetes because of failure of insulin secretion to compensate for insulin resistance" provenance.