NEW: @ImmunityCP study from the @DavisLab_Oxford, @CornallLab and @KlenermanLab uncovers how antibodies trigger immune receptors & provides a framework for designing better therapeutic antibodies for cancer & autoimmune diseases.
Read the full story here: https://t.co/4uE7Karrzx
Finally!!! It's been a long time coming, but it's hopefully a great read :D Thanks to everyone in Simon Davis and Dave Klenermans group. it's been fantastic!
https://t.co/L9Kz7X878e
I'm thrilled to announce that our paper about ADAM10-mediated mucin shedding on apoptotic T cells has been released! Massive thanks to all who contributed on the way. Go check out the preprint here: https://t.co/2Tnn9kla2l
If you're interested in doing a PhD, postdoc or looking for an RA position in Germany doing fun microscopy and cool immunobiophysics, have a look at my lab in Würzburg: https://t.co/ifqRxVHbOh
We present a meso Oblique plane microscope.
A microprism below the sample tilts the sheet, improving resolution and sectioning with a low magnification objectives.
We analyzed blood flow in zebrafish embryos at 12Hz.
https://t.co/uTlZHiUJLe
We are looking for a talented scientist to join our team! We will study how post-translational modifications influence T cell communication in health and disease with an initial focus on cancer immunity.
https://t.co/tUJBpimF3i
I am so excited to share our latest research – a fossil whale which may beat the blue whale to the title of heaviest marine animal ever! Say hello to Perucetus! 🇵🇪
Published today in Nature!
https://t.co/hZugCCQT9W
Got a big itch to study T-cell exhaustion!!??
Our review has got your back! We include:
🙆The latest updates in exhaustion🙆
🧪In vivo/vitro models of exhaustion🧪
📊How to best verify in vitro exhausted T cells📊
📈The future of in vitro approaches📈
https://t.co/bKzNnfBS6E
We are hiring! The glycocalyx is a highly dynamic structure composed of glycosylated immune receptors, RNAs and lipids. We are looking for a postdoctoral researcher to dissect the glycan synthesis and sensing pathways modulating T cell communication in cancer. See details here: https://t.co/8K8mDXuRqZ.
The video below shows the T-cell glycocalyx (magenta) rearranging after five minutes of stimulation over synthetic cancer cell membranes (green). Our lab at the @CAMS_COI_Ox aims to dissect key enzymes and sugars promoting or inhibiting specific receptor-ligand interactions needed for cancer rejection.
Professor Michael Dustin FRS is elected a Fellow of the Royal Society. His interests are focused on cell-cell synapsis in the immune system. #RSFellows https://t.co/Ca4Xa9kfsK
“We show that LaTeX users were slower than Word users, wrote less text in the same amount of time, and produced more typesetting, orthographical, grammatical, and formatting errors. “
https://t.co/4hAnm6J2ZM
Thanks @FlorianBuehler
Re: the history of the DNA structure, see this blistering 1967 letter from Crick to Watson objecting to the draft of Watson’s book on their work. “...it shows such a naive and egotistical view of the subject as to be scarcely credible.” https://t.co/nDeb0UfDYH