An User-Friendly Brain Computer Interface Integrated Holistic Rehabilitation System
Stroke leads to death and disability, traditional rehabilitation is limited by poor cardiopulmonary function. A comprehensive rehabilitation system combining brain-machine interfaces, real-time physiological monitoring, exoskeletons, and dynamic reduced-weight walking can enhance cardiopulmonary function, promote active participation, and accelerate recovery. Real-time monitoring ensures safety, improves brain function, enhances rehabilitation outcomes, and reduces family and social burdens.
A Wearable and Self-powered Multifunctional Module for Active Infectio n Prevention, Accelerated Wound Healing and Noninvasive Healing Moni toring
Artificial Intelligence Acute Kidney Injury Prediction: Real-time Inference and Interactive Critical Care System
Demonstration of a Superior Deep-UV Surface-Enhanced Resonance Ram an Scattering (SERRS) Substrate and Single-Base Mutation Detection in O ligonucleotides
Development of novel cannabinoid CB1receptor antagonists with high oral absorption and no central adverse effects for the treatment of cardiovascular diseases
Technology maturity：Trial production
Exhibiting purpose：Display of scientific results
Trading preferences：Negotiate by self
Coming soon!