For the 40-million amputees in need of prosthetic limbs, this personalized and affordable process for fitting prosthetics means hope for a better future.
Category: cyborgs – Page 49
The field of neuroprosthetics was around in its earliest stage in the 1950s, but it’s only just starting to show its true potential, with devices that allow amputees to feel and manipulate their surroundings.
A group of researchers from MIT and Shanghai Jiao Tong University, recently collaborated with the goal of making neuroprosthetic hands, which allow users to feel in a more accessible way. The result is an inflatable robotic hand that costs only $500 to build, making it much cheaper than comparable devices, a post from MIT reveals.
The researchers behind the new prosthetic say their device bears an uncanny resemblance to the inflatable robot in the animated film Big Hero 6. The prosthetic uses a pneumatic system to inflate and bend the fingers of the device, allowing its user to grasp objects, pour a drink, shake hands, and even pet a cat if they so wish. It allows all of this via a software program — detailed in the team’s paper in the journal Nature Biomedical Engineering — that “decodes” EMG signals the brain is sending to an injured or missing limb.
Bionic arms used to cost $80,000. Now, a young engineer has lowered the cost by over 90%.
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Unlimited Tomorrow is pioneering a new age in prosthetics with its 3D-printed robotic arms. Founded in 2,014 by Easton LaChapelle when he was just 18 years old, the company is poised to become a leader in the prosthetic arm industry. Their True Limb device costs less than $8,000 and it’s even cheaper for children, priced at about $4,000.
True Limb is both functional and realistic-looking, serving as a mirror image of the amputee’s opposing limb, even down to the fingertips. And while the prosthetic arm is 60–90% cheaper than traditional prosthetics, many users say it’s far superior to market alternatives. What’s the secret? Unlimited Tomorrow uses a totally remote, custom process that cuts out middlemen to produce prosthetics completely in-house.
VLADIVOSTOK, Russia — To see Russia’s ambitions for its own version of Silicon Valley, head about 5,600 miles east of Moscow, snake through Vladivostok’s hills and then cross a bridge from the mainland to Russky Island. It’s here — a beachhead on the Pacific Rim — that the Kremlin hopes to create a hub for robotics and artificial intelligence innovation with the goal of boosting Russia’s ability to compete with the United States and Asia.
On Russia’s Pacific shores, the Kremlin is trying to build a beachhead among the Asian tech powers.
A Skolkovo tech company presents its 3D printing production technology for prosthetic limbs.
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Every dad should do this. 😃
French dad and robotics engineer Jean-Louis Constanza has built a robotic suit for his 16-year-old son Oscar that allows him to walk.
Oscar, a wheelchair user, activates the suit by saying “Robot, stand up” and it then walks for him.
But while science fiction provides military planners with a tantalizing glimpse of future weaponry, from exoskeletons to mind-machine interfaces, the genre is always about more than flashy new gadgets. It’s about anticipating the unforeseen ways in which these technologies could affect humans and society – and this extra context is often overlooked by the officials deciding which technologies to invest in for future conflicts.
Imagined worlds
Like my colleague David Seed, who has studied how fiction impacts on real-life threat assumptions about nuclear terrorism, I’m interested in how science fiction informs our sense of the future. This has given me the opportunity to work with members of the armed forces, using science fiction to query assumptions and generate novel visions of the future.
Likely due to high demand expectations, Apple has rumored to have ordered more than 100 million A15 Bionic chips from TSMC.
Original Article from The New England Journal of Medicine — Neuroprosthesis for Decoding Speech in a Paralyzed Person with Anarthria.
Dr. Moses, Mr. Metzger, and Ms. Liu contributed equally to this article.
A data sharing statement provided by the authors is available with the full text of this article at NEJM.org.
We thank the study participant “Bravo-1” for his dedication and commitment; the members of Karunesh Ganguly’s laboratory for help with the clinical study; Mark Chevillet, Emily Mugler, Ruben Sethi, and Stephanie Thacker for support and feedback; Nick Halper and Kian Torab for hardware technical support; Mariann Ward for clinical nursing support; Matthew Leonard, Heather Dawes, and Ilona Garner for feedback on an earlier version of the manuscript; Viv Her for administrative support; Kenneth Probst for illustrating an earlier version of Figure 1; Todd Dubnicoff for video editing; and the participant’s caregivers for logistic support.
💠 Japanese researchers have created a “nose” mosquito that can detect odors from tiny droplets of liquid droplets. The research could lead to the creation of Smell-O-Vision for machines and a means of diagnosing early cancer, they say. Japanese researchers have created a “nose” that can detect different odors at the same time. The team used two bubbles, each filled with oil, broken horizontally, to create a squinted figure-eight. They hope to use it to develop an artificial nose in the future.
Researchers have developed a “bionic nose” that can detect odor molecules. The team hopes to use the device as an inexpensive way to diagnose the early stages of illness. Eventually, the team wants to use their bionic nose for cancer and other health issues. They hope to make the device available to the public soon.
Thanks and Enjoy 🔥 🔥
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🎥 #BioEngineering #Mosquitoes #Cells.
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