Dr. Sue Peters (@smpeters9) and PhD Candidate, Shannon Lim (@ShannonLimMPT) have been working with a group of international researchers to establish a consensus on using fNIRS during walking and balancing tasks. Check out their publication: https://t.co/DC9YDti7td
Curious about your brain function during walking? So are we!
We’re looking for healthy adults and individuals who have had a stroke to participate in our study!
Interested in participating? Want to learn more? Have any questions? Click here for more info: https://t.co/yXPMi0XzVz
@smpeters9@JNPT@GFStrongRRP Thanks for the tweet! 🥳 Super excited to have this work out! This is the first of many studies we are running using #fNIRS in the #stroke population!
My colleague (@ShannonLimMPT ) and postdoc supervisor, Dr. Janice Eng's, article on sensorimotor cortex activation and #ArmFunction#PostStroke are featured Editor's Pick @JNPT this month! #fNIRS#brain@GFStrongRRP
Check out the video abstract here 👇
https://t.co/IIqMFrE3gf
Thanks to everyone to came to see my poster! Hoping to get this paper submitted in the next few months. If you didn’t get a chance to chat, shoot me a message! #ISPGR2019#fNIRS#EEG#FDGPET#stroke
It's great to see health care practitioners standing up for the overall health of their patients! We've got to get more practitioners on board! @bcphysio@PhysioCan ?
PRESS RELEASE - More than 1,100 qualified medical doctors have come out in support of non-violent direct action and our rebellion as they warn of the mental and physical health damage caused by the climate and ecological emergency.
@DoctorsXr@NursesXr
https://t.co/tp0uFajzAW
One second they declare a #ClimateEmergency and the next second they say yes to expand a pipeline.
This is shameful.
But of course this is not only in Canada, we can unfortunately see the same pattern everywhere...
https://t.co/zVbWXnLBSQ
I'm excited to announce that our group's first #fNIRS paper is now available: https://t.co/5MIX8nbnHn
We used the NIRSport1 from #NIRx to show increased ipsilesional sensorimotor cortex activity in the chronic stroke population during reaching and gripping tasks.