Scientists have developed an advanced bionic hand prosthetic that provides more control and comfort for amputees. The case of a Swedish woman named Karin, who has successfully worn the prosthesis for years with reduced pain, is detailed in new research. Karin had suffered a farming injury that resulted in the loss of much of her right arm below the elbow. Traditional prosthetics were unwieldy for her, and she experienced phantom limb pain. However, with the new bionic limb created by the Italian company Presilia and integrated with state-of-the-art technology, Karin’s daily tasks have significantly improved, and her phantom limb pain has reduced. The findings of this groundbreaking research offer hope for individuals facing limb loss and the potential for a better life with advanced prosthetic technology.
| Signal | Change | 10y horizon | Driving force |
|---|---|---|---|
| Advanced bionic hand prosthetic | Technological advancement | Improved functionality and reduced phantom limb pain | Desire to develop the next generation of bionic limbs |
| Osseointegration and nerve rewiring | Medical procedure advancements | Stronger mechanical connection and direct connection to neuromusculoskeletal system | Enhancing prosthetic functionality and reducing pain |
| Controlled by nervous system with sensory feedback | Integration of human and machine | Increased capability and realism in prosthetic limbs | Enhancing user experience and improving quality of life |
| Potential for new standard for upper limb amputees | Potential shift in healthcare | More advanced and accessible prosthetics for amputees | Desire for better solutions for limb loss |
| Positive impact on individual’s quality of life | Improved well-being for amputees | Better life and increased independence for amputees | Enhancing the lives of individuals facing limb loss |