Evidence
The methodology behind Magnephy was developed and validated over ten years of peer-reviewed research at KTH Royal Institute of Technology, SciLifeLab, and Karolinska Institutet.
Peer-reviewed
AI-driven quantification of podocyte foot processes in cleared biopsy tissue, revealing pathology-specific effacement signatures that qualitative EM scoring misses.
Reproducible high-throughput kidney-tissue clearing and swelling protocol that scales from whole-tissue to subcellular imaging.
First optical resolution of podocyte slit-diaphragm protein architecture in intact, cleared kidney tissue using STED microscopy.
Customer story
Q32 Bio applied Magnephy's platform across their preclinical program. Imaging at the nanoscale, in 3D and in intact tissue, gave the team answers that were out of reach before, and the confidence to move their program forward.
The results far exceeded even our most optimistic expectations, providing us with much deeper insight into the podocyte dynamics in our experiments. Moreover, the images Magnephy generated were breathtaking, providing a truly intuitive understanding of the underlying biology.
Preclinical and translational R&D team Recognition
Our technology has been featured in institutional news from SciLifeLab and Karolinska Institutet, and was selected for STING's 2024 deep-tech cohort.
