Single-molecule FRET 🧬 and imaging 🔬 life science enthusiast with a ❤️ for everything that fluctuates and correlates. Loving 💍 husband & father of 👦👦👦.

Joined January 2018
Does your #heart ❤️ beat faster 🏃‍♀️ when you read about #imageprocessing 🔬 and #bigdata 📟 #science 🔭? Do you want to take the next step in your scientific #career 👨‍🎓? Do you want to make the world a #healthier 👩‍⚕️ 🤕 place through #scientificresearch? lnkd.in/etsi2rKN
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Peer-reviewed Journals should disappear altogether. AI will soon weed out the BS from the good science anyway. We’d be recognized for what we’re worth, for a while, sadly. But then the rich labs will find ways to tweak AI, and then we need objective journals again…
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Many thanks for highlighting our work @BMC_series
Advancing single-molecule FRET with cutting-edge blinking correction! A recent publication in #BMCMethods reveals mpH2MM analysis can remove dye-blinking artifacts, dramatically improving accuracy of biomolecular dynamics studies. This breakthrough could transform single-molecule research! doi.org/10.1186/s44330-025-0… @prof_jelle @uhasselt
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Aan het kruis met deze criminelen! Laat die jongens zich eens amuseren ja.
Vreselijk nieuws 😥 Iemand heeft een fietsparcours gebouwd in een bos. En ook wat takken verlegd waardoor het bos er anders uitziet dan normaal. Gelukkig wordt deze zware criminaliteit streng opgevolgd door onze overheid 🙏 💪
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Vreselijk nieuws 😥 Iemand heeft een fietsparcours gebouwd in een bos. En ook wat takken verlegd waardoor het bos er anders uitziet dan normaal. Gelukkig wordt deze zware criminaliteit streng opgevolgd door onze overheid 🙏 💪
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Excuse me? 👇👇👇
The most radically recoded genome yet! Syn57 is E Coli with only 57 codons, freeing space to encode up to 4 non-canonical amino acids. That, combined with its virus resistance, will make it an incredible tool for biomanufacturing. From the Chin Lab in @ScienceMagazine
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With funding from GlobalBioImaging's #Imaging4All, Jessica Aye Valdivia Pérez from @CIQUIBIC 🇦🇷 uses FLIM imaging at @uhasselt, #EuroBioImaging's Flanders BioImaging Node 🇧🇪 to study how amphiphilic drugs interact with lipid membranes 🔽 eurobioimaging.eu/news/advan…
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#JobAlert Excited about organoids, FLIM and iPSC-based 3D models recapitulating interactions of disease-associated microglia with neural cells in AD and MS as a postdoc at Ghent University? Apply with CV and 2 refs via email 'project MINDFUL' to me & @SVergult before 31-Aug!
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PhD vacancy alert ⏰! We are looking for a doctoral scholar trained in 🔬optics in the ambitious research initiative “Structuromics@UHasselt” focused on elucidating biomolecular assemblies 🧬 that are related to neurodegenerative disorders! drive.google.com/file/d/10Y5…
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Jelle Hendrix retweeted
Fellow biologists! Curious to know what else you could do with some confocal images? Find out in our latest review paper at BBA 🔬🔬
Me: I see lines in my 🔬 confocal images! 💊 Doctor: please read this paper! doi.org/10.1016/j.bbagen.202…
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Me: I see lines in my 🔬 confocal images! 💊 Doctor: please read this paper! doi.org/10.1016/j.bbagen.202…
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Well.....@StijnDilissen 🙋‍♂️
Ever seen a house smaller than a human hair? At just 10 micrometers, this marvel can transform #MaterialsScience & neurodegenerative research 🔬🧠 #ZEISS FIB-SEM #Microscopy is advancing #nanorobotics: zeiss.ly/NanoMaterialsTech What’s the smallest structure you’ve seen?
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👇 join this great lab and interuniversity collaboration!
!!! Job alert @PhotoBioLab & @SVergult labs! We have open #PhD and #postdoc for MINDFUL project focusing on #FLIM #iPSC #brainorganoids #neurodegeneration #microglia! Join us for this exciting project by applying here: ugent.be/en/work/scientific/… and ugent.be/en/work/scientific/…
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Een historisch moment, de ondertekening van een samenwerkingsovereenkomst tussen @uhasselt, @Unimaas, @OU_Nederland, @UniversiteLiege, @RWTH Trinationaal onderwijs onder de noemer ‘The art of working together’. @Rianneletschert @TheoBastiaens
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Hey, that’s us! 👇
A research team from the Dynamic Bioimaging Lab, led by @prof_jelle at @uhasselt, is at the forefront of biocondensate studies, focusing on transient protein conformations using Array-Detector Fluorescence Correlation Spectroscopy: zeiss.ly/user-story-bioconde…
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To all Europeans 🇪🇺. We don’t have a problem with people in any other nation. But let’s start using European Alternatives nonetheless. Wouldn’t it be great to unite in diversity? european-alternatives.eu/
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Beautiful animation of metabolic flux in the mitochondrial Kreb (TCA) cycle The three "CO2" coming off the cycle is how you lose weight: carbon from your material body coming off as gas you end up breathing out By @janetiwasa
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Congratulations to Enrico Gratton on becoming a Biophysical Society Fellow.
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Join me today at ⏰ 9:30AM in Room 404AB 👨‍🏫 for a journey through the 🌎 world of "Spectral RICS - Realtime imaging 🔬 of molecular parameters made easy" at the #BPS2025 meeting (1/3) @zeiss_micro @GLW_UHasselt
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Discover how Spectral RICS integrates LSM imaging with protein behavior analysis to map molecular interactions with unprecedented precision. By leveraging spectral unmixing, this approach expands the possibilities of raster image correlation spectroscopy (RICS). (2/3)
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Spectral RICS provide unbiased insights into protein mobility and binding dynamics. Don’t miss this opportunity to learn how Spectral RICS can advance your fluorescence microscopy research. We look forward to seeing you there! (3/3)
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