Pablo Fernández

The paper develops a non-invasive toolbox to personalize plasmonic photothermal therapy in mouse tumor models by integrating optical and hemodynamic measurements with simulations.

This study characterizes the optical and hemodynamic properties of the human sternocleidomastoid muscle using ultrasound-guided near-infrared spectroscopies and identifies significant variations based on demographic and anatomical factors.

This study shows that mechanical feedback from collagen reorganization drives invasive branching in human mammary organoids.