Francesco Cardarelli

This study uses expansion microscopy to analyze insulin granule organization in human β-cells, finding increased clustering in type 2 diabetes without significant granule depletion.

This paper shows that endogenous autofluorescence patterns can distinguish α and β cells in human islets without labeling, using LTP descriptors and morphological features.

The paper compares single-molecule trajectories with correlation-based measurements to show that nuclear pore transport occurs rapidly through FG-nucleoporin dynamics.

This paper develops a functional precision medicine approach using metabolic imaging to predict glioblastoma treatment response early in ex-vivo organoids, identifying responder and non-responder groups and a new molecular signature.