We are recruiting for a senior research assistant to develop next-gen #mRNA drugs! The position within the @BASEmRNA research team will characterise new drugs across cellular and animal models. Apply below or contact @Mercerlab1 or myself for more info👇
https://t.co/CxGx6RaJNt
Early in my academic career I was invited to give a seminar. It was before we had published much, so I was asked to give a talk on our lab’s research plans. Three people total showed up…but two left during my talk. I felt sorry for the last one, who must have felt so trapped.😂
New #NRMCBReview!
✨Context-specific regulation of extracellular vesicle biogenesis and cargo selection✨
by Andrew C. Dixson, T. Renee Dawson, @doldivizio & Alissa M. Weaver!
🔗 https://t.co/vSFUbppXeU
Tryptophan C-mannosylation and other glycans in Cryptosporidium parvum, now out in @jbiolchem
A wonderful collaboration with @Nick_E_Scott and @drchristonkin
Congratulations to all involved, especially co-first authors @DrAlanJohn and @stefaniembader
https://t.co/O3wqhSTBBH
A 2021 study from @DanaFarber@broadinstitute scientists yielded a new high-throughput screening methodology to identify specific #antigen parts, or epitopes, among peptide pools—akin to finding needles in a haystack. https://t.co/mi2Zh8ETnG @meyersonlab @mnleeee
How does nature catalyse C–C bond formation between protein and mannose?
The answer can be found in @nchembio today: https://t.co/a7adBPRb9q
This was a wonderful collaboration with @lab_locher, @Joel_S_Bloch, and many others. Congrats and thanks to all involved!
#glycotime
Work by @Joel_S_Bloch, @lab_locher, @ethangbaus reveals the structure, mode of peptide recognition, and catalytic mechanism of the eukaryotic C-mannosyltransferase DPY19. Open access: https://t.co/GpW3A0Pm6o #glycotime
I am ecstatic to finally share our work in @Nature where we investigated BlaR1, a signalling protein that controls resistance to β-lactam antibiotics in the major human pathogen, Methicillin Resistant Staphylococcus aureus. #MRSA#AMR#cryoEM
https://t.co/qslJWMwWNw
(1/n) 🧵
Synthetic circuits that program new capabilities into human cells have tremendous potential to expand emerging gene and cell-based therapies. Our latest work, out today in @ScienceMagazine, reports a platform to accelerate these developments: (1/n)
https://t.co/YUORpuHuZ0
It's an honour to receive the 2022 Burnet Prize from @WEHI_Research.
A big thanks to my team members, collaborators, and mentors (past and present) for their roles in making the discoveries happen.
Congratulations also to my co-awardee @AlisonFarley14 – well done!
My team and I are extremely grateful to @Cure4CFF for their support of our work and giving us this opportunity. Really excited to develop next generation Burkholderia vaccines using glycoengineering [🟨🟨🟡] 👩🔬🧪🧫🔬
Excited to share data showing @ginkgo platform applied to discovering next-gen CARs for use in cancer immunotherapy. Come visit our poster on Friday at #SITC2022@sitcancer !! If you are at a biopharma company you can access this as a service now! https://t.co/JrSwbVj2Y9
Do cancer cells release sugar bubbles to hide from the immune system? Learn more about #ExtracellularVesicle#Glycans in our recent publication in @TrendsImmuno Jenifer Goncalves, Vatsal Deliwala, @Fer_NK_nando @DKolarich https://t.co/6DQ8N87618