digestive/alimentary system
• carbachol or thapsigarin stimulated Ca2+ entry into submandibular gland acinar cells is reduced by over 60% compared to wild-type control cells
• both inward and outward store-operated cation currents are severely reduced in submandibular gland acinar cells
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• saliva secretion and flow are severely reduced after parasympathetic stimulation with pilocarpine
• however, submandibular gland morphology and size are similar to wild-type controls
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endocrine/exocrine glands
• carbachol or thapsigarin stimulated Ca2+ entry into submandibular gland acinar cells is reduced by over 60% compared to wild-type control cells
• both inward and outward store-operated cation currents are severely reduced in submandibular gland acinar cells
|
• saliva secretion and flow are severely reduced after parasympathetic stimulation with pilocarpine
• however, submandibular gland morphology and size are similar to wild-type controls
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nervous system
N |
• normal mGluR1 (Grm1) mediated synaptic transmission
• normal slow EPSC
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homeostasis/metabolism
• saliva secretion and flow are severely reduced after parasympathetic stimulation with pilocarpine
• however, submandibular gland morphology and size are similar to wild-type controls
|