for those who've suffered a traumatic spinal cord injury and are paralyzed. There's rarely encouraging news, which is why what's happening in early clinical trials in a research lab in Loausanne, Switzerland, is so remarkable. A renowned French neuroscientist Gregoire Cortine and Swiss neurosurgeon Dr.. Joseen Block have implanted a small stimulation device on the spine of paralyzed patients helping them once again stand up and walk. What's even more surprising is their newest innovation which uses an impla ...

Accessibility & Inclusion - Companies and individuals are expanding access to sports, exercise, and adventure for people with disabilities [1] - This includes advancements in AI-driven prosthetics and accessible playgrounds [1]

Accessibility & Inclusion - Companies and individuals are expanding access to sports, exercise, and adventure for people with disabilities [1] - AI-driven prosthetics are contributing to increased accessibility [1] - Traditional playgrounds are also playing a role in promoting inclusivity [1]

Assistive Device Industry & Market Trends - The global amputee population is significant, with 60 million people representing 076% of the world's population, and this number is growing due to factors like disease and geopolitical tensions [17] - The aging global population, particularly in North America, Western Europe, and Asia, will drive increased demand for healthcare and medical assistive devices, with the population aged 60+ expected to double to 2 billion by 2050, representing 22% of the world's population [19][20] - There is a growing need for societies to become more accessible to people with disabilities, who represent 15% of the world's population, highlighting the importance of future-proofing environments [18] Bionic Technology & Innovation - Bionic limbs are becoming increasingly sophisticated, utilizing AI and machine learning to predict and assist with movements, improving functionality and reducing user effort [10][11][12] - Bionic arm technology allows for adjustable grip strength, exceeding the capabilities of biological arms in certain aspects [14][15] - Future innovations in bionic technology include improving battery life, reducing weight, perfecting haptic feedback, and achieving seamless integration with the human body through osseointegration and brain-computer interfaces [22][23] - Investment in research areas like bioelectricity and stem cell research could potentially lead to limb regeneration [24] Accessibility & Affordability - The high cost of advanced bionic technology, such as a bionic arm costing £250,000, poses a significant barrier to accessibility [21] - There is a need to reduce the cost of bionic devices to make them more affordable and accessible to a wider population [22]