#Trpc3 - Twitter Hashtag

over 2 years ago

#Nimodipine & Pyr3, blockers of VGCC/#TRPC3 channels respectively, dilate 🧠 capillary #pericytes, but via distinct pathways in-vivo. Important insights into the pharmacological modulation of pericyte contraction are unveiled in this new @biorxivpreprint: https://t.co/93Yn3NZg33

ChrStaehr's tweet photo. #Nimodipine & Pyr3, blockers of VGCC/#TRPC3 channels respectively, dilate 🧠 capillary #pericytes, but via distinct pathways in-vivo.
Important insights into the pharmacological modulation of pericyte contraction are unveiled in this new @biorxivpreprint: https://t.co/93Yn3NZg33 https://t.co/dnP1FRDqRD

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APS Publications @APSPublications

over 3 years ago

Authors from @uthsc found that postinjury inhibition of ET-1-mediated renal vasoregulation may provide therapeutic targets for #rhabdomyolysis-induced #AKI - new in @APS_Function! https://t.co/v0WECqKN9D #AcuteKidneyInjury #Endothelin-1 #RenalVasoregulation #TRPC3

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Sophion Bioscience A/S @sophionbio

over 3 years ago

Great news @JACollingridge - congratulations on your @BiochemSoc travel grant to #ICMS. We look forward to meeting & discussing all things #ionchannels with you. Hopefully @EstherBecker, @philbiggin & @KavliOxford can make it, too. #TRPC3 #ataxia #ephys #electrophysiology

Jodie Collingridge (she/her) @JACollingridge

about 4 years ago

And thanks to @BiochemSoc for their travel grant to attend the @sophionbio #icms and learn from an incredible group of leading ion channel researchers. A very productive and exciting USA trip presenting my DPhil work in the labs of @EstherBecker and @philbiggin @KavliOxford

JACollingridge's tweet photo. And thanks to @BiochemSoc for their travel grant to attend the @sophionbio #icms and learn from an incredible group of leading ion channel researchers. A very productive and exciting USA trip presenting my DPhil work in the labs of @EstherBecker and @philbiggin @KavliOxford https://t.co/TJpXqSfrCs

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Gaëlle Rached, MD MSc @GaelleRached

almost 4 years ago

Excited to share our newest paper on the role of #TRPC3 in #insulin secretion. Extremely grateful for the invaluable mentorship @NFaresLab and everything I have learned working alongside this team for years. @YouakimSaliba @USJLiban https://t.co/laCTCGaS3G

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Dr. Nikki Purcell @nhpetunia

over 6 years ago

Dr. Nishida from #Japan nicely demonstrated that #TRPC3 and #NOX2 contribute to fibrosis following #pressure overload in Session 3A. #BCVS20 @AHAMeetings @AHA_Research @AHAScience @CircRes

nhpetunia's tweet photo. Dr. Nishida from #Japan nicely demonstrated that #TRPC3 and #NOX2 contribute to fibrosis following #pressure overload in Session 3A. #BCVS20 @AHAMeetings @AHA_Research @AHAScience @CircRes https://t.co/K1UUxdru5J

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Gene Of The Day @GeneOfTheDay

about 8 years ago

Today’s #GeneOfTheDay is #Trpc3. Human diseases associated with this gene include Spinocerebellar Ataxia. Mice with this gene inactivated exhibit decreased body weight, corneal vascularization & increased startle reflex: https://t.co/vOIT3FF7Qx