Jeff W. M. Bulte

This study uses magnetic particle imaging to track nanoparticle distribution and fate after intratumoral injection, revealing heterogeneous retention, leakage, and systemic redistribution.

This study shows that MANw CEST MRI detects high mannose levels in aggressive mesenchymal glioblastoma, suggesting it as a potential biomarker for tumor aggressiveness.

This study uses magnetic particle imaging to dynamically track and quantify therapeutic stem cell accumulation in vivo.

This study uses stem cells to deliver magnetic nanoflowers for targeted photothermal therapy, improving tumor retention and enabling MPI-guided ablation with no recurrence.

The paper develops a quad-modal nanocomplex for simultaneous in vivo stem cell tracking using MRI, MPI, CT, and MSOT, demonstrating its use in mouse brain stem cell transplantation.

This study develops magnetically labeled iPSC-derived extracellular vesicles for MRI/MPI-guided myocardial infarction therapy, showing improved cardiac function and detectability.