benoit hastoy

🧡Finally, RD Lawrence Fellow @BHastoy is unravelling the complex process by which beta cells release insulin into the blood, with hopes to improve the effectiveness of treatments for people with #type2diabetes. diabetes.org.uk/our-research/a…

Honoured to be invited to present my research in the #dukpc25 rising stars session. Fantastic conference in Glasgow - thank you @DUK_research.

Quick stop at the poster hall during lunch – such a pleasure catching up with our amazing researchers and seeing their presentations in action! 😍😍#DUKPC #Type1DiabetesGrandChallenge #TogetherType1

@Nikolaou_Nik1 @UniofOxford @OCDEM @GroupTomlinson @Hodson_Group Good luck in your new job Nik, you will be missed in OCDEM!

After 7 wonderful years, today marks my last day at @UniofOxford and @OCDEM. I cannot thank enough my supervisors @GroupTomlinson and @Hodson_Group for their constant support all these years, and my colleagues -that became friends-, during this amazing life/career journey. 1/2

@WhatNikiDidNext @Oxford_IF @DrAmandaAdler @BHastoy Well done Niki, reat presentations, succinct, positive & to the point! (would have been nice to continue a little longer of course….). Stand out for me was watching the ‘star ship’ beta cell in ACTION, incredible sight, thank you Benoit!

@OCDEM is live @Oxford_IF next Tues 19/10 18.30 First up: reflecting on 100 years of insulin if-oxford.com/event/celebrat… @DrAmandaAdler @WhatNikiDidNext @BHastoy and Diabetes nurse David Jones chatting with me

Diabetes is the hidden condition. Millions of us live with it, and millions more misunderstand it. We want to show the world what it’s really like to live with diabetes day in, day out. That's why today we're launching our new campaign #ThisIsDiabetes. (1/5)

New this week: Randal Kaufman and colleagues discuss the importance of endoplasmic reticulum stress in monogenic diabetes and type 2 #diabetes, and consider therapeutic opportunities (£) go.nature.com/2T0wxeV

Very pleased to share or latest exploration of T2D GWAS gene function in human beta cells led by Ming Hu, @CebolaLab. Chromatin 3D interaction analysis of the STARD10 locus unveils FCHSD2 as a regulator of insulin secretion cell.com/cell-reports/f…; @ImperialMDR @philippefroguel

great work from Dr. Gao - new review just published in Biology!

(1/2) 33 years ago, a scientific paper was published on the creation of an electrochemical blood glucose meter that fitted in the palm of your hand and could be mass produced.

It was only a matter of time before I did one of these #sorrynotsorry

This video should be playing on every screen on the planet.

Visible insulin: EMBL Pic of the Week Insulin helps to regulate blood sugar levels. It is stored in fluid-filled sacs in beta-cells, in inactive (red) & active forms (green). The technique to colour insulin was developed @EMBL: news.embl.de/multimedia/pot… 📸 Martina Schifferer/EMBL

Very interesting work from Barg’s group in Uppsala on the mechanisms supporting insulin release. Fusion pore regulation by cAMP/Epac2 controls cargo release during insulin exocytosis doi.org/10.7554/eLife.…

Thanks @EricTopol - possible due to team science and working across academia and pharma -hopefully first of many examples @BHastoy @RDMOxford @wellcometrust @OxfordBRC @HumanGeneticsOx @TinskuT @lehtovitra

rdcu.be/bWgh6. The link for zinc

Out today an epic effort taking several years, involving multiple labs & approaches 🧬. We demonstrate that loss of ZnT8 protects against diabetes through enhanced insulin secretion. Wonderful team effort - 🙌to Om, Mikko & Benoit & thanks to all involved👏

And the @Soc_Endo Medal 2020 goes to.....@OCDEM's @davidra17581122 rdm.ox.ac.uk/news/professor…. Many congratulations David!