Henrik Odéen

This study compares cognitive decline and white matter changes in Fabry disease patients to typical aging, finding microstructural damage in younger patients and progressive tissue damage with age.

This study demonstrates the safe and effective release of drugs in deep brain regions of non-human primates using ultrasound-responsive nanoparticles.

This paper develops an MR-guided focused ultrasound lesioning method for small and deep brain structures in rats, achieving improved targeting accuracy.

This study shows that transcranial focused ultrasound can safely and sustainably modulate deep brain circuits in awake non-human primates, affecting behavior and neural activity.

The paper introduces Remus, a remote ultrasound system for precise deep brain interventions, validated in non-human primates.