Histamine receptors: Difference between revisions

Latest revision as of 09:52, 30 October 2018

There are 4 sub-classes of Histamine receptor:

Different receptor sub-classes mediate different responses when bound by Histamine, as each receptor type is localised to a particular body compartment. Histamine receptors are G-protein coupled receptors and are the primary target of Histamine anatgonists in the treatment of allergies, peptic ulcers, and some neurological diseases.

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-&nbsp;There are 4 sub-classes of Histamine receptor:
+There are 4 sub-classes of [[Histamine|Histamine]] receptor:
-H1 receptor<br>H2 receptor<br>H3 receptor<br>H4 receptor
+*[[H1 receptor|H1 receptor]]
+*[[H2 receptor|H2 receptor]]
+*[[H3 receptor|H3 receptor]]
+*[[H4 receptor|H4 receptor]]
-<br>Different receptor sub-classes mediate different responses when bound by [[Histamine|Histamine]], as each receptor type is localised to a particular body compartment. Histamine receptors are [[G-protein Coupled Receptor|G-protein coupled receptors]] and are the primary target of [[Histamine antagonists|Histamine anatgonists]] in the treatment of allergies, peptic ulcers, and some neurological diseases.
+Different receptor sub-classes mediate different responses when bound by [[Histamine|Histamine]], as each receptor type is localised to a particular body compartment. Histamine receptors are [[G-protein Coupled Receptor|G-protein coupled receptors]] and are the primary target of [[Histamine antagonists|Histamine anatgonists]] in the treatment of [[allergies|allergies]], [[peptic ulcers|peptic ulcers]], and some [[neurological diseases|neurological diseases]].