A few months ago, I shared a post wondering whether thermodynamics might be a better starting point for understanding #ExtracellularVesicle release than the default assumption of intercellular communication. Since then, this idea has grown into a peer-reviewed perspective published in…
🧪 The real story of your EV results begins long before a sample ever reaches the cytometer. Factors such as sample quality, cell state, pre-analytical processing, isolation strategy and normalization often influence results more than the analytical instrument itself. To…
Thanks to Beckman Coulter Life Sciences for the opportunity to evaluate their high-sensitivity #FlowCytometer for ExtracellularVesicle analysis. 🔬 The system is now in operation:• Multi-parameter fluorescence phenotyping• Cross-platform and orthogonal workflow comparison• Integration into EV-QC and reporting workflows• Performance assessment…
Nice to see our recent work on extracellular vesicles featured on the website of the Fachbereich Medizin, Philipps-Universität Marburg It is encouraging when method-focused research is picked up beyond the immediate #EV community. The key point of the study remains…
📣 Our new paper is now out in Advanced Healthcare Materials The core message is straightforward and critical for the ExtracellularVesicle field: EV isolation is not a mere technical detail; it is a biological intervention. While MISEV guidelines are…
We are excited to announce the official relaunch of the EV-iTEC website!After several months of planning, restructuring and redesign, our online presence now reflects what our facility stands for:high-quality EV analytics, method development, transparent QC, and innovative tools for extracellular…
Happy to share our recent publication:First proteomic profiling of Hashtag#ExtracellularVesicles from ovarian cancer spheroids — now out in Extracellular Vesicles and Circulating Nucleic Acids (EVCNA). click here For the first time, we isolated and characterized Hashtag#EVs directly released from patient-derived…