fismedMedical Physics,
AI and Neurotechnology
Contact

Medical Physics, AI and Neurotechnology · University of Rome Tor Vergata

fismed@uniroma2.it

FISMED / PROJECTS

Diffusion tensor imaging and the quantification of conductive phenomena elicited in anisotropic brain tissue by Transcranial Magnetic Stimulation

An internally funded Tor Vergata project using diffusion tensor imaging to investigate electrical conduction in anisotropic brain tissue. The research focuses on quantifying conductive phenomena produced by transcranial magnetic stimulation, with Nicola Toschi as principal investigator.

Completed01/01/2009–01/01/2010research grant

University of Rome Tor Vergata

Diffusion tensor imaging and the quantification of conductive phenomena elicited in anisotropic brain tissue by Transcranial Magnetic Stimulation

An internally funded Tor Vergata project using diffusion tensor imaging to investigate electrical conduction in anisotropic brain tissue. The research focuses on quantifying conductive phenomena produced by transcranial magnetic stimulation, with Nicola Toschi as principal investigator.

Principal Investigator

Institution: Tor Vergata
Project details
Research partners
University of Rome Tor Vergata
Programme
Internal Funding Mechanisms
Total project award€846
Stimulation and bioelectronics
Explore related research

Connections indicate shared research topics, not authorship or project participation.

Diffusion tensor imaging · Transcranial magnetic stimulation