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With the news today of U.S. FDA recommending a pause in using Johnson & Johnson #COVID19 vaccine, there have been lots of ?s about what is being seen in these rare patients. Time for a #hemetweetorial on VITT (vaccine induced immune thrombotic thrombocytopenia). 1/x

Malaria is one of the big killers of young children globally. A new vaccine against malaria showed an efficacy of 77% in a trial in Africa! This is very good news. This vaccine was also developed by the scientists here at University of Oxford. eurekalert.org/pub_releases/2…

Love my new building and my group! Thankful to have found a great place to grow as a scientist for the next 3 years.

I’m working on detecting a faster test for antibiotic-resistant bacteria, and we’ve launched a Zooniverse project so people around the world 🌍 can help us learn what these bacteria look like 🔬! Achillefs Kapanidis Conor Feehily

Science is for everyone! Today, we celebrate the incredible achievements of women in STEM and the positive impact they have on our world. #WomenInScienceDay #WomenInSTEM 🔬👩‍🔬🚀 Department of Physics at University of Oxford MPLSOxford The Kavli Foundation #KavliOxford Alison Farrar University of Oxford

Infection Inspection was featured in New Scientist magazine in @layallivs column about citizen science! Check it out: newscientist.com/article/mg2573…

Check out our latest preprint on the rapid identification of bacteria using the Adaptive Channel Bacterial Capture chip and multiplexed fluorescence microscopy to capture and identify bacteria from low density samples! #AMR #microfluidics medrxiv.org/content/10.110…

🦠💊🌍 How can a citizen science project improve an already accurate AI-based test for antimicrobial resistance? Alison Farrar of our Antimicrobial Resistance programme explains more in this insightful blog. Read more: i.mtr.cool/darerepopi

What we learned about identifying AMR 🧫🔬 from the Infection Inspection citizen science project funded by Oxford Martin School ox.ac.uk/news/features/…

Our work on rapid detection of antibiotic resistant and susceptible cells using ribosome phenotypes is out today! We used fluorescent imaging and changes in bacterial structure to classify single cells with high accuracy. Achillefs Kapanidis Oxford Martin School doi.org/10.1038/s42003…