Associate professor of physiology @ Semmelweis University 🇭🇺. We create novel fluorescent tools to study tissue damage and inflammation biology. #inflamapping
Delighted to share our publication in @NatureComms describing GEM-LTB4: a novel genetically encoded fluorescent biosensor for the real-time measurement of the lipid chemoattractant Leukotriene B4.
rdcu.be/dig9o
Thanks to all the #EPW2024 participants for their outstanding talks, great posters and engaging discussions over the past days! This year’s European Phagocyte Workshop is now over, and we are looking forward to #EPW2025 next year organized by @Carlos_Silvestr and @AcebesCasanova!
Delighted to share our publication in @NatureComms describing GEM-LTB4: a novel genetically encoded fluorescent biosensor for the real-time measurement of the lipid chemoattractant Leukotriene B4.
rdcu.be/dig9o
With GEM-LTB4 we could for the first time visualize the live production of a chemoattractant: check out the video below showing a gradient of LTB4 released as a “puff” around one of the fMLP-stimulated #neutrophils.
Congrats to our PhD student @TamasSzimonetta for giving her first international talk and presenting about GEM-LTB4 at the #EPW2023! Great support from @Enyedilab.
Just presenting @ZDM15 on the very first live visualization of a leukotriene B4 chemoattractant gradient with our brand new fluorescent biosensor: GEM-LTB4! #inflamapping#zebrafish
In our quest to map chemoattractant gradients, we developed GEM-LTB4, the first genetically-encoded biosensor to detect leukotriene B4. #inflamapping#GEMSensors