Measurement of cellular impedance in FlpIn-TREx-HEK293-mGPRC6A cells.
<p>(A) ATP (acting via endogenous P2Y receptors) increases cellular impedance in both tetracycline-induced and un-induced FlpIn-TREx-HEK293-mGPRC6A cells, whereas (B) L-ornithine increases cellular impedance only in tetracycline-induced cells. (C) Bovine OCN did not change cell impedance in either induced or un-induced FlpIn-TREx-HEK293-mGPRC6A cells. A similar lack of effect was shown for other OCN variants (<i>data not shown</i>).</p
Biological Sciences, Gprc 6a KO mice, ocn, class C G protein, Murine GPRC 6A Mediates Cellular Responses, Osteocalcin Variants Phenotyping, GPRC 6A cells, mouse GPRC 6A, glp, murine GPRC 6A receptor, insulin release assays, Gprc 6a
DOI identifier: 10.1371/journal.pone.0146846.g004
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