RehabSwift's Groundbreaking Study on Personalized Brain-Computer Interface Therapy Published in PNAS Nexus https://t.co/9iDv7mCsK2 via @ein_news
https://t.co/m6dKbN2d9s
Enhancing poststroke hand movement recovery: Efficacy of RehabSwift, a personalized brain–computer interface system https://t.co/5Z6ljZ2OCh
@derek_abbott60@samdarvishi@UniofAdelaide
To commemorate the description of rapid eye movement sleep by Aserinsky and Kleitman in 1953, our perspective on automated REM assessment https://t.co/lMBdWQWLC7 @pquochuy
🙏 @HartmannSim for including me in this manuscript!
Effect of transvenous phrenic nerve stimulation on sleep microstructure!
See also
Effect on nocturnal
- heart rate perpertustion
📖https://t.co/PHwNPk6ffn
- hypoxia
📖https://t.co/gV5QtMTU88
@MathiasBaumert@ReenaMehra0203
Dr. @MathiasBaumert discusses how he used the #NSRR to find the impact of age bias and limited pediatric data on the classification performance of deep-learning sleep stagers @UniofAdelaide
Listen in here: https://t.co/zNqWOzA2Q8
Transvenous phrenic nerve stimulation is associated with normalization of nocturnal heart rate perturbations in patients with central sleep apnea https://t.co/3sfLxkOxib