4 teams including one from The University of Virginia developed iGEM projects using bacteriocins. These naturally sourced genetically encoded antimicrobials are realistic and efficient options to tackle antimicrobial resistance. https://t.co/n499oOzXNi
A thank you to all the 2023 iGEM Judges who helped evaluate, celebrate, & guide the next generation of synthetic biologists for the the 2023 iGEM Grand Jamboree!
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#iGEM2023
Our contribution to antibiotic free production in biopharma. Bacteriocin peer selection for the production of antibiotic selection free biotherapeutic pDNA https://t.co/gMlmUfHFpt
A postdoctoral position in Molecular Bacteriology is open in @HallezLab to work on bacterial stress response in UPEC. Funded for 2 years (+1) to start asap. Apply by April 30. Please RT.
https://t.co/LDLiueXl6w
@CryoTUD Congratulations! During my Ph.D in the Salmond Lab (partly working on the regulation of GV genes) we were wondering when this would be achieved. This is indeed a breakthrough.
This was a hard shell to crack: happy to share our preprint on the structure of microbial gas vesicles, giant gas-filled protein shells used by aquatic bacteria and archaea to regulate their buoyancy. https://t.co/iN878guFWA
What is going on with #airfrance and #KLM websites? I have been trying to buy tickets from Brussels to Bogota, Col, with no success for the last 5 days. When I call, they can't keep the same fares as in the website. C'mon guys, I just want to see my parents.
A combination of mathematical modelling and live-cell imaging reveals a strategy for controlling cell electrophysiology through ion channel expression. https://t.co/TfepiblZTn
"If you want to be a scientist, you have to withstand failure."
Listen to chemistry laureate Ben Feringa give advice to young science students on how to tackle failures.
Watch the full student session with Feringa here: https://t.co/JOfBlQK7qg