Deactivation kinetics of melanopsin (Opn4) constructs.

A. In vitro Opn4 signaling kinetics based on normalized calcium imaging data of mouse Opn4 (blue trace), West Indian manatee (green trace), bowhead whale (purple trace), and mouse Opn4 lacking CTD phosphorylation sites (mouse phosphonull mutant—red trace). Negative control of untransfected HEK293 ce...

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Main Authors: Jeffry I. Fasick (3624569), Haya Algrain (11570761), Courtland Samuels (11570764), Padmanabhan Mahadevan (475388), Lorian E. Schweikert (3624572), Zaid J. Naffaa (11570767), Phyllis R. Robinson (204369)
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Published: 2021
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Online Access:https://doi.org/10.1371/journal.pone.0257436.g008
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Summary:A. In vitro Opn4 signaling kinetics based on normalized calcium imaging data of mouse Opn4 (blue trace), West Indian manatee (green trace), bowhead whale (purple trace), and mouse Opn4 lacking CTD phosphorylation sites (mouse phosphonull mutant—red trace). Negative control of untransfected HEK293 cells (orange trace) is shown for comparison. B. Deactivation rates are significantly different between mouse Opn4 and the other three constructs. The rate of deactivation of West Indian manatee Opn4 is more similar to mouse Opn4, while the rate of deactivation of bowhead whale Opn4 is more similar to mouse phosphonull mutant. All rates were compared to the mouse Opn4 deactivation rate. *** and **** correspond to p-values of <0.0005 and <0.0001, respectively. Error bars denote standard error of the mean.