🧪 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 support transparent and reproducible EV workflows, we have expanded the free EV-iTEC toolbox:
🔹 MiTEC Design Assistant – feasibility assessment, pilot planning and MISEV-oriented reporting
🔹 EV Quick QC Tool – particle/protein ratios, QC metrics and phenotyping readiness
🔹 EV Phenotyping Interpretation Tool – interpretation of EV flow cytometry data
🔹 NEW: EV Isolation Benchmark Tool – compare isolation workflows using a weighted multi-parameter framework inspired by the comparative framework described in Preußer et al. (2026), Isolation Defines Identity: Functional Consequences of Extracellular Vesicle Isolation Methods, Advanced Healthcare Materials.
At EV-iTEC, we focus on method-aware design, pre-analytics, quality control and consultation across the entire EV workflow – not just measurements.
🌐 https://lnkd.in/ddckVT3Z
#ExtracellularVesicles #EVResearch #Reproducibility #EVCharacterization
