Scientists Confirm First Feeling Hand
Scientists from Italy and Sweden have confirmed the first surgically implanted artificial hand that has feeling. For the first time in history, scientists have successfully implanted a prosthesis capable of communicating with the nervous system via Biomechatronics.
A 22-year-old man has been fitted with the artificial hand which is directly linked to his brain through human nerve tissue and tiny electronic sensors.
In this amazing video, watch as the young man feels objects for the first time since loosing his hand to cancer.
A 22-year-old man has been fitted with the artificial hand which is directly linked to his brain through human nerve tissue and tiny electronic sensors.
In this amazing video, watch as the young man feels objects for the first time since loosing his hand to cancer.
Trend Themes
1. Surgical Biomechatronics - There is potential for the development of artificial implants that are able to communicate with the human nervous system and allow for greater mobility and sensory functions.
2. Neural Prosthetics - The implanting of prosthetic limbs capable of mimicking human nerve tissue is a new frontier in the field of prosthetics, with the potential to revolutionize the lives of amputees.
3. Artificial Sensory Enhancement - Advancements in technology that facilitate the communication of artificial limbs with the nervous system have the potential to greatly enhance the sensory experience of humans and their abilities to interact with the world around them.
Industry Implications
1. Medical Technology - The development of surgical biomechatronics and neural prosthetics has the potential to disrupt the medical industry and improve the quality of life for amputees.
2. Robotics - As sensory robotic limbs become more advanced and sophisticated, they could potentially disrupt a wide range of industries from healthcare to manufacturing and automation.
3. Prosthetics - The field of prosthetics is ripe for innovation and disruption, as advancements in technology and neuroscience continue to challenge traditional notions of what is possible in the creation of artificial limbs.
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