Sandbox Reserved 1172: Difference between revisions
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A model for lipid agonist binding generated through molecular modeling was used to dock two of the cannabinoid receptor CB<sub>1</sub>'s most abundant endogenous ligands into the LPA<sub>1</sub> binding pocket. <ref name="regpeps">PMID: 26091040</ref> Rotameric shifts of Trp210 and Trp271 leading to expansion of the binding pocket and the exposure of the π clouds of their indole rings provided favorable interactions with the double bonds of the phosphorylated cannabinoid ligands. This favorable binding provides evidence that the hydrophobic binding pockets of LPA<sub>1</sub> and CB<sub>1</sub> are able to favorably bind the same poly-unsaturated acyl chains with metabolically interconvertible head groups. <ref name="regpeps">PMID: 26091040</ref> | A model for lipid agonist binding generated through molecular modeling was used to dock two of the cannabinoid receptor CB<sub>1</sub>'s most abundant endogenous ligands into the LPA<sub>1</sub> binding pocket. <ref name="regpeps">PMID: 26091040</ref> Rotameric shifts of Trp210 and Trp271 leading to expansion of the binding pocket and the exposure of the π clouds of their indole rings provided favorable interactions with the double bonds of the phosphorylated cannabinoid ligands. This favorable binding provides evidence that the hydrophobic binding pockets of LPA<sub>1</sub> and CB<sub>1</sub> are able to favorably bind the same poly-unsaturated acyl chains with metabolically interconvertible head groups. <ref name="regpeps">PMID: 26091040</ref> | ||
[[Image:TrpRotamericShiftsCM.png|200 px|left|thumb|Figure 1: | [[Image:TrpRotamericShiftsCM.png|200 px|left|thumb|Figure 1: Illustration of key LPA<sub>1</sub> binding pocket residues Trp210 and Trp271. These residues provide rotameric shifts and expansion that allow for favorable interactions with phosphorylated cannabinoid ligands.]] | ||
== Disease Relevance == | == Disease Relevance == | ||