Umair Hassan
postdoc @stanfordpntlab.bsky.social | phd with @tobergmann.bsky.social | researching frontiers of neuromodulation & metaplasticity 🇵🇰🇩🇪🇺🇸
- Reposted by Umair Hassan[Not loaded yet]
- Fantastic work. @esolomon.bsky.social 🚀🚀
- New paper from @stanfordpntlab.bsky.social in collaboration with @coreykeller.bsky.social, @neuro-engineer.bsky.social, Nick Trapp, and Aaron Boes at UIowa! We explored how TMS to the DLPFC changes neural activity in the subgenual anterior cingulate cortex, a key mood regulator. 1/
- Reposted by Umair Hassan[Not loaded yet]
- Congratulations @esolomon.bsky.social 🚀🚀🚀🚀 so well deserved!! 👏👏👏🎉
- Excited to announce award of my K99/R00 "Theta burst modulation of hippocampal-cortical rhythms in schizophrenia," under amazing mentors at Stanford including @coreykeller.bsky.social! We will ask whether hippocampal oscillations can be systematically influenced by stimulation in schizophrenia.
- Excellent opportunity for top notch graduate research! 🚀🚀
- Open PhD position in the Collaborative Research Center on "Neuropsychobiology of Aggression". The position is located at the Neuroimaging Center (NIC) in Mainz and involves working with Transcranial Ultrasonic Stimulation (TUS) in combination with EEG. Check out bit.ly/43qrDIh
- Reposted by Umair Hassan[Not loaded yet]
- Reposted by Umair Hassan[Not loaded yet]
- Really proud of this work bridging electrophysiology and neuroimaging of prefrontal cortex! 🚀
- When we use TMS to treat depression, we think it alters neural activity in a deep brain structure known as the subgenual anterior cingulate (sgACC). But this is hard to test directly, until our preprint with @coreykeller.bsky.social, @neuro-engineer.bsky.social, Nick Trapp, and Aaron Boes (UIowa) 1/
- Our new paper is out in @braistimjournal.bsky.social "Pulsed inhibition of corticospinal excitability by the thalamocortical sleep spindle" With an amazing team @tobergmann.bsky.social , @ Ulf Ziemann @ Christoph Zrenner @ Prince Okyere & @ Milad Amini www.brainstimjrnl.com/article/S193...
- We provide the first in-human demonstration of the feasibility of real-time sleep spindle phase-triggered TMS in humans and of a phasic modulation of corticospinal excitability by the sleep spindle.
