Can’t Stop Houston, Can’t Stop Us. | 2025-26 University of Houston Comme... https://t.co/L4jADIbLVt via @YouTube Honored that our @iucrcbrain project 'Pediatric SoftExo' was showcased in the UH National commercial.
In speaking out on yesterday's ambush in the Oval Office, Sen. @lisamurkowski stands apart from gutless colleagues who know better and have remained silent or, worse, have joined Trump's amen chorus, as he fully embraces Putin's line on Ukraine.
Excited to announce our article https://t.co/Ez6Yoo3DQL
We synchronized mobile EEG, EOG, IMU, and video from 2 dancers during rehearsals and performances.
LiveWire is a performance and scientific experiment inspired by neuroscience. Supported by IUCRC BRAIN CENTER.
Take a look at my article! https://t.co/dVdhPJkLVO
Great collaborations with @Constantinatheo Sadje Paez @vangelinebutoh Badie Khalegian Mauricio Ramirez
@iucrcbrain
Students in @NSF REU Site— launched @UHouston BRAIN Center in collaboration with the @US_FDA — are focused on creating safe and effective human-device interaction to help ailing bodies move again. https://t.co/5vMds6vfvi
It goes to show that #neurotech is not just medical or gaming applications. Think integration into many aspects of our lives and society, even the performing arts. Nice feature here from @UHouston@pepe_uh and BRAIN Initiative.
https://t.co/ERVaRt1TWo
Brain-machine interfaces are tested in several clinical trials, with little information available about their progress. Pepe Contreras-Vidal et al examine all identified clinical trials of implantable brain–computer interfaces @pepe_uh
Free to access: https://t.co/HSsosabeQy
Do not miss our webinar with Pepe and Mariska Vansteensel, an expert in conducting clinical trials of implanted brain machine interfaces, about these clinical trials and the difficulties in conducting trials of these devices
Register here: https://t.co/GLYmGesm8r
@ShernMinKHOU@UHouston We were glad to host Shern-Min Chow from KHOU, who visited our lab today to talk about BMI, exoskeletons and art-science performance to develop new types of art-based neurotherapies.
Our publication decoding EEG and ESG efferent/afferent functional connectivity during lower-limb limb movements is out!
Electrospinography for non-invasively recording spinal sensorimotor networks in humans https://t.co/3ldOaQ30wG via @IOPPBio
Congrats Alex Steele!
Congratulations to UH's Jerrod Henderson, who has been selected to receive an NSF CAREER Award.
The award comes in recognition of his support of students and the goal of increasing black men's representation from the current 2.8%.
Read Here:
https://t.co/3Dn5hsymis