How does the hERG channel inactivate so rapidly. Our latest paper on the #CryoEM structure of an inactivated hERG channel is out now in
@NatureComms Read here: https://t.co/eas4d7FD3Z
@VictorChangInst
Our team capture fascinating images searching for ways to treat and prevent heart disease. Weβve asked them to share their favourite images, let us know yours by clicking the β€οΈ https://t.co/62gopjcyjo
#SciArt#microscopy@delfine_cheng@osvaldoics@StewartHeitmann@CarusL
It's time for the annual Postdoc Symposium! This Thursday 08/06/23 from 3-5pm at the AGSM Colonial Theatre UNSW. Congratulations to our selected speakers - there's a little something for everyone and no shortage of exciting protein science. Spread the word and see you there!
It's your last chance to vote! Our #scientists have shared the most beautiful, technical and fascinating images created in their search for #HeartDisease cures & it's nearly time to award a People's Choice winner! Vote now: https://t.co/GS5XRwspMp
#SciArt#SciComm#CardioTwitter
Beautiful hERG structures from the @VandenbergJamie lab and simulations from Toby Allenβs lab @RMIT reveal the structural basis of hERGβs fast inactivation. A labour of love of my good friend Mark Hunter and the great @CarusL for many years- enjoy!! https://t.co/5zIZqcn6OW
Building a protein model on the @LKGGlass Now I can see how the side chains interact in 3D! Still need some tweaking to make it more usable but looking good
#PaulKornerSeminar speaker @CarusL : "Proteins are three-dimensional objects. We use #3DPrinting to fabricate protein models which we can interact with using our hands and let us better understand their structure and function.β