sentences.id: IEPA.d41.s100
sentences.origID: 78
sentences.text: Regulation of insulin secretion via ATP-sensitive K+ channel independent mechanisms: role of phospholipase C
sentences.id: IEPA.d41.s100.e0
sentences.origID: 176
sentences.text: insulin
sentences.id: IEPA.d41.s100.e1
sentences.origID: 177
sentences.text: phospholipase C
sentences.id: IEPA.d41.s100.i0
sentences.e1: IEPA.d41.s100.e0
sentences.e2: IEPA.d41.s100.e1
sentences.type: PPI
sentences.id: IEPA.d41.s101
sentences.origID: 79
sentences.text: The further addition of carbachol, an agonist that activates an isozyme of phospholipase C distinct from that activated by glucose, together with K+, 20 mM glucose, plus diazoxide resulted in a sustained amplification of insulin secretion from mouse but not rat islets
sentences.id: IEPA.d41.s101.e0
sentences.origID: 178
sentences.text: phospholipase C
sentences.id: IEPA.d41.s101.e1
sentences.origID: 179
sentences.text: insulin
sentences.id: IEPA.d41.s101.i0
sentences.e1: IEPA.d41.s101.e0
sentences.e2: IEPA.d41.s101.e1
sentences.type: PPI
sentences.id: IEPA.d41.s102
sentences.origID: 80
sentences.text: The inability to activate a nutrient- and calcium-regulated phospholipase C isozyme in mouse islets to the same extent as in rat islets appears to account, at least in part, for these different insulin secretory responses under these unique conditions
sentences.id: IEPA.d41.s102.e0
sentences.origID: 180
sentences.text: phospholipase C
sentences.id: IEPA.d41.s102.e1
sentences.origID: 181
sentences.text: insulin
sentences.id: IEPA.d41.s102.i0
sentences.e1: IEPA.d41.s102.e0
sentences.e2: IEPA.d41.s102.e1
sentences.type: PPI