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AHMAD, SULTAN, H.D. ALLESCHER, H. MANAKA,Y.MANAKA, E. E. DANIEL. Biochemical studies cy2adrenergic in canine neurs. Am. J. Physiol. 256 (Gastrointest. Liver Physiol. 19): G957-G965, 1989.Biochemical informati about for adrenergic neurotransmissi in (SMP) is unavailable. We have purified a fracti enriched in synaptosomes neural membranes (high [3H] saxitoxin binding high vasoactive intestinal polypeptide immunoreactivity, low activity of 5â-nucleotidase) from the canine small intestine SMP. The synaptosomal fracti (fracti ) also ctained a high density of diprenorphine binding sites of high affinity. [3H]rauwolscine binding was enriched both in fracti in a microsomal fracti. Competiti experiments using several adrenergic receptor ligs revealed that were approximately 64% p-, 24% 6-, 12% K-subtypes that adrenoceptors fracti were cy2subtype but that there was a heterogeneous populati of cy2adrenoceptors. These studies show that a fracti enriched in synaptosomes neural membranes from the canine intestine SMP ctains as well as a2-adrenoceptors, that all three subtypes of seem to be present with p- predominant, that subtypes of ac2-adrenoceptors appear to be present. ; phine; rauwolscine p-, 6-, K- ; diprenor- THE , also referred to as Meissnerâs is a network of small ganglia cnecting fibers located between the circular muscle the muscularis mucosa of the gut (14).
AJP - Gastrointestinal and Liver Physiology – The American Physiological Society
Published: Jun 1, 1989
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