Neuroprosthetics 4.0: How AI is Restoring Movement to People with Disabilities
Brazilian researchers at Santos Dumont Institute (2024) have developed a neural prosthesis powered by AI that interprets 144 brain commands per minute with 99% accuracy. Discover the breakthroughs rewriting rehabilitation science:
3 Cutting-Edge Innovations
1. Bionic Hands with Artificial Touch
- Technology:
- Pressure sensors + haptic feedback
- Cost: 60% cheaper than imported models ($3,000)
2. Wearable Exoskeletons
- Brazilian Breakthrough:
- Thought-controlled activation (brain-machine interface)
- Battery Life: 8 hours continuous use
3. Spinal Cord Implants
- Results:
- Paraplegic patients walked 50m unaided
- Clinical trials at HC-FMUSP begin 2025
The AI Revolution Behind It
1. Deep Learning Algorithms decode neural signals
2. Nanotech Sensors detect muscle microtremors
3. Real-Time Feedback adjusts movements

Comments
Post a Comment