 |
Home | Photos | Projects | Calendar | Curriculum Vitae | Publications |
Electrophysiological tool to assist the localization and understanding of
the pathophysiologic mechanisms during deep brain stimulation:
local field potential (LFP).
(here
Project
Local Field Potential
)
Grant Fondation de l'Avenir
In this study, we want to use electric field simulation based on stimulations performed during electrode implantation surgery
looking for correlations between electric field and adverse effects encountered during stimulation test.
(here
Project
Electrophysiology and electric field simulation
)
In collaboration with LIU and
FHNW Universities.
Repeated Transcranial Magnetic Stimulation (rTMS),
introduced in 1985, allows a stimulation focused,
non-invasive and virtually painless in the central nervous system.
It is used to treat particularly chronic pain and depression.
(here
Project
Development of the rTMS
)
In this study, we want to use the accelerometer
as a quantitative method to assess the movement
with the aim to optimize the positioning of DBS electrode.
(here
Project
Electrophysiology and accelerometry
)
In collaboration with School of Life Sciences of
FHNW University.
Events
Parkinson 2017Parkinson 2017
Parkinsons Disease & Movement Disorder | Chicago, Illinois
2017/9/25
(duration : 2 days)
2017/9/25
(duration : 2 days)
imPOSSIBLE NIGHTimPOSSIBLE NIGHT
European Researchers’ Night | France, Europe
2017/9/29
2017/9/29
SOFMER 2017SOFMER 2017
32th congress Physical & Reabilitation Medicine | Nancy, France
2017/10/5
(duration : 3 days)
2017/10/5
(duration : 3 days)
All events
( here )
You are here: Home page > Research Projects
