Name: 行走的癱瘓老鼠
Uploaded: 2013-11-06T16:15:02Z
Duration: 14 min 10 s
Description: 脊椎損傷造成大腦和身軀溝通的中斷，導致癱瘓。葛瑞格．庫爾坦呈現他實驗室最新的結果，一個新的方法，結合藥物，電流刺激和機械支撐，重新喚起神經路徑，讓身軀能再次自行移動。看看這是如何辦到的，一隻癱瘓的老鼠能夠在步道上跑步行走。

脊椎損傷造成大腦和身軀溝通的中斷，導致癱瘓。葛瑞格．庫爾坦呈現他實驗室最新的結果，一個新的方法，結合藥物，電流刺激和機械支撐，重新喚起神經路徑，讓身軀能再次自行移動。看看這是如何辦到的，一隻癱瘓的老鼠能夠在步道上跑步行走。

行走的癱瘓老鼠

Spinal cord injuries devastate more than 50,000 people worldwide each year, often causing lifelong paralysis. In a Swiss lab, a paralyzed rat regained the ability to run and climb stairs using a combination of drugs, electrical stimulation, and robotic support. This approach awakens dormant neural networks in the spinal cord, encouraging the brain to forge new pathways and restore voluntary movement. The results hint at a future where personalized neuroprosthetics could help humans recover lost mobility.

Paralyzed Limbs Move Again With Neuroprosthetic Breakthrough

biotech

health care

neuroscience

science

technology

animals

disability

biology

medicine

medical research

brain

innovation

TED Stage Talk

葛瑞格．庫爾坦 (Grégoire Courtine): 行走的癱瘓老鼠