🗞️ Dobson Junior Research Fellow in Molecular Biophysics Dr Sean Burnap has been awarded a Wellcome Early Career Award to support his research project into Filovirus-host interactions.
Head to https://t.co/AgNkc9DsPY to find out more🔗
#LadyMargaretHall#LMH#UniversityOfOxford
#MeetTheResearcher
Happy to introduce Sean Burnap from the Struwe Group this week! Sean is a postdoctoral researcher who was recently awarded the @wellcometrust Early Career Fellowship for his research on filovirus-host interactions.
Meet us at the University Parks on Sunday the 12th of May, at 10 am, to support our super star researchers who will be running the Town and Gown 10K!
@MDUK_News#KavliOxford
Theofilatos et al found that proteomic signatures of #plaque composition were found to predict long-term, adverse CV events, improving risk stratification for patients with advanced #atherosclerosis. https://t.co/wl0QYIVJM6
@k_theofilatos@Vascular_Prot @swvanderlaaan
We are happy to present our workflow DQGlyco enabling the in-depth quantification of glycoproteome dynamics. In total, we characterize > 150,000 glycoforms in the mouse brain. https://t.co/hRDnvzORkS
Excited to share @SeanBurnap's latest work in our lab, about the interactions between SARS-CoV-2 spike protein and high-density lipoproteins! #XLMS#HDL
https://t.co/NJ2VDwxOi9
Delighted to share perhaps the last of my work to come from my time in the Mayr lab @Vascular_Prot. Here we used cross-linking mass spectrometry #XLMS to uncover interactions between the SARS-CoV-2 spike protein and high-density lipoproteins #HDL. https://t.co/JxxaPSMjqT 🧵1/7
Quick bump on the below 👇 we are looking for a pdra to apply protein labelling methods to aid cryoEM of #glycotime biosynthesis inside cells. Closing next week 10th. Contact me for more details https://t.co/u96lzxx5CZ
Excited to see our new @refeynit TwoMP sitting next to commercial instrument #5 (remember Arago Biosciences anyone?). Here’s to more #massphotmetry in the @KavliOxford
New 🔥 article from our Emerging Investigators collection:
'Mass photometry reveals SARS-CoV-2 spike stabilisation to impede ACE2 binding through altered conformational dynamics' by @WestonStruwe and @SeanBurnap at @OxfordChemistry and @KavliOxford 🔓
https://t.co/nUC1k7t1qH