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
https://t.co/nGPD2aXpHi
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. @AchillesKap@oxmartinschool https://t.co/It7Y55XmkR
1/2 We welcome Dr Stelios Chatzimichali @Stelios____ to our research team 🥳
"Incredibly honoured and excited to begin my journey as an MSCA-COFUND Research Fellow! My research will focus on developing metagenomics methods for Antimicrobial Resistance (AMR) surveillance-
🔬Exciting Opportunity! 🌐Join us at @kavlioxford in a mission to unravel gene expression inside the jungle of live cells! Intrigued by single molecules, RNA, condensates, AI and bacteria? Read on! 🚀Two 4-year positions. RT pls! #ScienceJobs#Postdoc#bacteria#singlemolecule🌟
After years of hard work, I am pleased to share our Latest MolCell Paper on how we dissected the function of the only conserved transcription factor NusG in live E.coli. thanks to @AchillesKap@ojp25@M_Stracy, Max Gottesman, and all the Kapanidis lab.
https://t.co/W19SiSZlWl
New paper! So pleased to see our Imaging + Deep-Learning way to rapidly detect antibiotic resistance out in Comm Biology https://t.co/m6WG5xpUtP! Big thanks @AlexZagajewski@PiersTurner_! Wonderful collab w/Nicole Stoesser @OUHospitals & @CNellaker funded by
@oxmartinschool#AMR
#KavliOxford is excited to announce the first K.A.R.D awards at Kavli INsD! 🌟Congratulations to the winners, Dr. Suman Dutta, Dr. Corinne Lutomski, Dr. Stelios Chatzimichail, Dr. Hannah Britt, and Akansha Mehta!
https://t.co/aDZsCUEd6s
Great Hand Fracture Fixation Teaching Session in John Radcliffe Hospital, Oxford University NHS Trust @OUHospitals using 3D printed @Stelth_Tech models with customized fractures for K-Wire Techniques!
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
https://t.co/nGPD2aXpHi
Once the bacteria are captured and immobilized in the ACBC chip, we decode their identity using barcoded 16S rRNA FISH with high classification rates!
Having rapid identification tests can go a long way towards helping in the fight against antimicrobial resistance. #AMR
Check out our AMR team's zooniverse project which has just launched! Looking at images of cells you can help identify resistant bacteria and help build the next generation of antimicrobial resistance detection super-intelligence! Huge props to @alisonefarrar@sligomicrobe !
We’re launching 🚀 the Infection Inspection project today! Help develop a faster test for antimicrobial resistance 😷 by looking inside bacteria 🔬 🧫 that have been treated with antibiotics!
https://t.co/t3Mvyfb1CP
A hand-portable liquid chromatography system can separate and classify polycyclic
aromatic hydrocarbons from environmental water samples based solely on spectral fingerprinting. @scientwist @stelenzos @farazr01
@imperialcollege https://t.co/l2dD08AMTe
@scientwist Red velvet please! Cake jokes aside, it's good to see institutions that both recognise the hard work of postdocs but are also willing to listen.
@vwalter_rnk Amen to that, gotta keep fighting the good fight though.
Hope everything is alright over there at Britannia Vivien, I miss being around you guys!
Jupiter and Saturn shot on our Celestron NexStar 130 SLT telescope using a Canon EOS M50.
Photos were taken on the day of the Full Corn moon. Larnaca, Cyprus, 2020.