Andrea Zonnino

This paper introduces StretchfMRI, a technique to measure RST function in humans using fMRI and robotic perturbations, revealing muscle-specific brainstem activity patterns during stretch-evoked LLRs.

MM-MRE quantifies individual muscle forces during wrist isometric tasks using MR elastography and joint torque measurements, demonstrating sensitivity to changes in muscle mechanics.

This paper introduces StretchfMRI, a technique to measure reticular formation function via fMRI by analyzing long-latency responses to robotic perturbations.

This study introduces a novel estimator to improve muscle force estimation from incomplete muscle activity measurements, showing a 25% reduction in mean estimation bias in simulations.