Regular paperATP-sensitive K+ channels mediate regulation of substance P release via the prejunctional histamine H3 receptor
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Cited by (22)
Histamine in diabetes: Is it time to reconsider?
2016, Pharmacological ResearchCitation Excerpt :This respective study showed that the selective agonist immepip (PubChem CID 3035842) reversed formalin-induced hyperalgesia in both phases of the formalin test [87]. This effect could be associated with both H3R peripheral activation, resulting in a reduction in inflammatory peptides release, and H3R central activation, leading to the inhibition of pain transmission [8892]. Consistent with this theory, immepip (PubChem CID 3035842) was found to inhibit mechanical, not thermal sensitivity in rats, but was shown to affect neither mechanical nor thermal sensitivity in mice [93].
Substance P is involved in the effect of histamine H<inf>3</inf> receptor agonist, Sch 50971 on nasal allergic symptoms in mice
2008, International ImmunopharmacologyRole of substance P on histamine H<inf>3</inf> antagonist-induced scratching behavior in mice
2006, Journal of Pharmacological SciencesEffects of BP 2-94, a selective H<inf>3</inf>-receptor agonist, on blood flow and vascular permeability of the rat mandibular incisor pulp
2001, Archives of Oral BiologyCitation Excerpt :The administration of (R)-α-methylhistamine, an H3 receptor agonist, decreases the synthesis of histamine by mast cells in some rat tissues during inflammatory conditions (Dimitriadou et al., 1994) and reduces the plasma extravasation induced by the stimulation of vagal afferents (Rouleau et al., 1997). The fixation of agonists on H3 receptors present on the sensory nerve terminals may thus exert a negative feedback on the liberation of histamine via a K+–ATP-sensitive channel (Ohkubo and Shibata, 1995). The H3 receptors may be located on sympathetic nerve terminals, as the administration of (R)-α-methylhistamine decreases the liberation of noradrenaline (Schlicker et al., 1994), and on cholinergic endings (Blandina et al., 1996).
Modulation of sensory nerve function in the airways
1998, Trends in Pharmacological Sciences