New Bristol Platelet Group publication of our latest review: ‘PROTACs in Platelets: emerging antithrombotic strategies and future perspectives’ by @Justin_BPG Jordan Vautrinot, @CarlJamesMay and @HersIngeborg
Read it here: https://t.co/2QievlfZCl
See below👇 for focus points!
Massive congratulations to our very own @Justin_BPG who won the best flash talk presentation at the @plateletsociety meeting today! Congratulations to everyone else who presented too, you were all great and we loved listening to you all☺️ what a great first day!
Amazing talk from our 3rd year PhD student @Justin_BPG presenting his work on PROTACs as a tool to create specific protein knockouts in human platelets! @plateletsociety
Thanks to all the people who showed their interest in Prof @HersIngeborg's talk at the BSHT meeting 2024 in Belfast. Huge thanks to @Justin_BPG, @HettyWalker2, @AttilaMunkacsi, and @KamilaSledz for their fantastic work in developing the use of PROTACs in platelets
Very proud to have given an invitational talk at the GW4 3Rs symposium on the use of PROTACs in Platelets! If anyone has any questions about the use of PROTACs in platelets please reach out!
Very proud to have presented my poster investigating the design of #PROTAC degraders of Focal Adhesion Kinase in human platelets at #EUPLAN2023 this week! It was a great event with great people! Can’t wait for the next meeting in Aberdeen with the #Plateletsociety
We are proud to share that our PhD and MScR students have won 3 out 4 cardiovascular prizes of @UoBrisPPN away day.
3yr Best talk: @KateBurley6 and @VautrinotJordan
2yr best talk : @Justin_BPG
Best MScR talk: Jonny Furniss
https://t.co/wqn755Xu0w
Finally, the registration day is here!!!
Registration for the #EUPLAN2023 and @plateletsociety joint meeting is now open.
Be one of the first in submitting your abstract and don’t forget to share this post.
We are looking forward to hearing about your exciting research!
1/6 Happy to share our paper demonstrating Proteolysis Targeting Chimera (PROTAC)-mediated protein degradation in human platelets as a novel approach to modulate platelet function and thrombosis. ⬇
doi: 10.1182/bloodadvances.2022008466
@UoBrisPPN@BristolPlatelet@TheBHF@NC3Rs