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Vision molecular evolution lab @UofT. We investigate natural variation in visual pigments in a variety of vertebrate groups.

Toronto, Ontario
Joined June 2015
Photo by Belinda Chang's Lab (@opsinlab)Photo by Belinda Chang's Lab (@opsinlab)Photo by Belinda Chang's Lab (@opsinlab)Photo by Belinda Chang's Lab (@opsinlab)Photo by Belinda Chang's Lab (@opsinlab)Photo by Belinda Chang's Lab (@opsinlab)Photo by Belinda Chang's Lab (@opsinlab)Photo by Belinda Chang's Lab (@opsinlab)Photo by Belinda Chang's Lab (@opsinlab)
Belinda Chang's Lab retweeted
Hello #SciTwitter! I’m a PhD Candidate at @UofTCellSysBiol studying eye evolution in snakes and lizards. Hoping to connect with more folks exploring the world of #developmentalbiology and #evolution in #reptiles!
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Belinda Chang's Lab retweeted
Why lay in the leaves when there’s a perfectly awkward crevice available🦎🥚 #Geckos #Herpetology
Belinda Chang's Lab retweeted
🔬 The visionary research being done by @opsinlab provides an interesting glimpse at evolution in action. ow.ly/IPeC30dt3Y4 #UofT
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Belinda Chang's Lab retweeted
Trevor Price reviews how the environment may drive the evolution of both signals and signal perception. #colsci journals.uchicago.edu/doi/ab…
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Belinda Chang's Lab retweeted
Alex Van Nynatten (@Alexvn) of @opsinlab on evolution of anchovy vision over marine-freshwater transitions xitter.gq/Tioliah/status/8786712…
Replying to @Tioliah @Alexvn
Alex VN: Dim light vision achieved by rhodopsin, in the rod cells; evolves to be spectrally tuned to different wavelengths #evol2017
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Belinda Chang's Lab retweeted
Ryan Schott (@rkschott) of @opsinlab on rod-cone transmutation in reptiles xitter.gq/Tioliah/status/8786639…
Replying to @Tioliah @rkschott
Schott: Rods can evolutionarily transition into cones (transmutation) when light environment switches dim-to-bright and vice versa #evol2017
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Belinda Chang's Lab retweeted
Fish living in extreme environments adapt ability to see ow.ly/Q9l330cVGnS @UofT @opsinlab @giannicast @franceshauser
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Belinda Chang's Lab retweeted
Is bovine #rhodopsin a reliable model to study retinal disease? New data by @opsinlab bit.ly/2roiDku
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If you see Aoife McLysaght @aoifemcl, Jeff Thorne, Belinda Chang @opsinlab, or Nicolas Galtier at #SMBE17, congratulate them on election!
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Belinda Chang's Lab retweeted
Replying to @opsinlab
@opsinlab wins for coolest lab icon
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Belinda Chang's Lab retweeted
Some good news! My new paper on epistasis in cetacean rhodopsin is out in @RSocPublishing #ProcB today! cc @opsinlab rspb.royalsocietypublishing.…
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Belinda Chang's Lab retweeted
great new paper by @opsinlab A second visual rhodopsin gene, rh1-2 in zebrafish and other ray-finned fishes jeb.biologists.org/content/e…
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Belinda Chang's Lab retweeted
Neotropical cichlids show strong positive selection (dn/ds >1) on rhodopsin gene, triple the rate of other genes @franceshauser #JMIH16 – at New Orleans, LA
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Belinda Chang's Lab retweeted
#jmih16 "Evol dynamics of the dim light vidual pigments in Neo cichlids" @ASIHCopeia @Neotropi @HLopezFernandez – at New Orleans, LA
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Belinda Chang's Lab retweeted
.@franceshauser is the winner of the best student talk for #NIA @Neotropi. Well earned! #JMIH16
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Belinda Chang's Lab retweeted
Visual pigments in a palaeognath bird, the emu Dromaius novaehollandiae. #colsci #visualecology rspb.royalsocietypublishing.…
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Belinda Chang's Lab retweeted
The life aquatic: advances in marine vertebrate genomics dx.doi.org/10.1038/nrg.2016.…
Belinda Chang's Lab retweeted
Putting the final touches on the phylogenetic comparative methods in R workshop for #JMIH16. Laissez les bon temps R-ouler!
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Belinda Chang's Lab retweeted
Larval Flyingfish, family Exocoetidae ow.ly/s6iv301Lv0a Photo: D. Fenolio #midwater
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