Articles tagged with Prosthetics
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The HyVIS project is a four-year European initiative that will develop bionic synapses for retinal prostheses, exploiting residual neuronal functionality to restore sensitivity to light. The approach involves plasmonic nanocannals and intelligent polymers to release neurotransmitters in response to light stimuli.
Researchers have developed a new pressure sensor that can be stretched up to 50% while maintaining its sensing performance, enabling advanced robotics and prosthetic applications. The sensor is sensitive enough to detect the pressure of small objects and responds rapidly to changes in pressure.
Researchers have found a cheaper and easier way to create large groups of carbon nanotubes without lithography. The 'dewetting' process allows for precise arrangement of nickel catalyst particles to form hexagonal nanotube arrays.
Researchers at Skoltech and their colleagues have successfully created a magnetic material by 3D printing a gradient alloy from nonmagnetic powders. The resulting alloy exhibits ferromagnetic properties, opening up potential applications in machine engineering, such as electrical motors.
Researchers discovered how neurons in a small area of the brain filter distracting signals to coordinate dexterous movements. The findings may hold lessons for building better prosthetics and robots that can fine-tune their movements based on sensory input.
The living retina achieves sensitivity and efficiency that human engineers can only dream about, with optimized mosaics of different sensitivities parsing 40 visual features. The retinas adapt to current conditions and conserve energy by tuning out noise, making them orders of magnitude less power-hungry than smartphone sensors.
Engineers at MIT have developed a soft, lightweight neuroprosthetic hand that enables amputees to perform daily activities with ease. The prosthetic features a system for tactile feedback, allowing users to feel sensations in their residual limb, and is potentially low-cost for low-income families.
A study from University of California San Diego demonstrates the possibility of re-creating a bird's song by reading its brain activity, laying the foundation for building vocal prostheses for humans. The approach uses machine learning algorithms to map neural patterns to mathematical equations modeling the physical changes in the bird...
Researchers at University College London developed a robotic 'Third Thumb' that allows users to perform dextrous tasks with one hand. The study found that participants' brains adapted to the extra thumb, changing their natural hand movements and reporting it felt like part of their body.
A computer model has been developed to potentially improve bionic eye technology by enhancing clarity and granting color vision to future retinal prosthetic devices. The model, which replicates the shapes and positions of millions of nerve cells in the eye, identifies ways to increase signal transmission and processing efficiency.
A recent study published in IEEE Transactions on Neural Systems and Rehabilitation Engineering found that high signal heterogeneity from different retinal ganglion cells is essential for efficient transmission of visual information. The research team discovered that certain types of retinal ganglion cells respond similarly to electric ...
Researchers developed a combined hardware and software printing system that uses off-the-shelf varnishes to finish objects with realistic, spatially varying gloss patterns. The technology has potential applications in fine art reproduction and prosthetic design, offering near-flawless replicas and more realistic-looking prosthetics.
Researchers have created a durable e-skin using hydrogel and MXene materials, enabling real-time sensing of temperature, touch, and pressure. The material can withstand up to 28 times its original size without losing functionality.
Researchers found that people born without upper limbs who use their feet to reach engage the same brain area as those with hands, revealing a higher-level motor function. This discovery advances basic science and offers potential clinical advances in improving limb prostheses.
Researchers created a synthetic tubular scaffold from biodegradable polylactic acid, which forms an artificial vessel in its place. The scaffold showed high patency rates and was proven to be non-toxic.
The study found that thermoplastic materials, such as GC Iso functional sticks and Impression compound green sticks, outperformed silicone impression materials in border molding accuracy. The measured mean negative pressure values showed close values for each patient, highlighting the importance of anatomical features of the prosthetic...
New research suggests neural implants need to filter out correlated noise in retinal cells to achieve accurate signals, improving performance by 20-100% depending on light conditions
Researchers at KIST found that retinal neural signals from electric stimulation are altered depending on disease progression in mice affected by outer retinal degeneration. This study suggests guidelines for patient selection of retinal prostheses, improving performance and perception of artificial vision.
Researchers at IIT have developed a revolutionary liquid retina prosthesis using nano-technology to replace damaged photoreceptors in the retina. The study demonstrates high spatial resolution and effectiveness, paving the way for future clinical trials.
A Stanford University team has created a new device that records electrical brain signals with high resolution, offering potential breakthroughs in prosthetics, disease treatment, and brain research. The device, featuring thousands of microwires, can be used to study neural activity on a single-neuron level.
Scientists have created a size-adjustable prosthetic heart valve that can be expanded to accommodate growing hearts, reducing the need for invasive surgeries. The device showed good performance in animal studies without impeding blood flow, but longer-term tests are needed to validate its durability.
A new type of heart valve, inspired by human venous valves, has been designed to adapt to a child's growth without losing functionality. The biomimetic two-leaflet design has shown promising results in benchtop studies and large animal models, potentially reducing the risk of blood clots and improving long-term device durability.
A team of scientists at Monash University has successfully created dynamic covalent oligomers that mimic the combination of complementary DNA strands. This breakthrough could lead to improved nanostructures for solar capture technology and molecular electronics, as well as enhanced interfaces between prostheses and human tissue.
Engineers at Caltech and Stanford have created a microelectronic controller that enables jellyfish to swim three times faster than usual without stressing the animals. The prosthetic uses electrical impulses to regulate and speed up the pulsing motion, making the jellyfish over 1,000 times more efficient than swimming robots.
Researchers successfully implanted an artificial neural connection, enabling a paralyzed animal's new cortical site to regain voluntary control of its hand. The study also shows that this technology can impart motor control functions to previously unassociated areas of the cerebral cortex.
University of Southampton's Future Worlds accelerator is exhibiting cutting-edge research-based tech products in various sectors. The stand will unveil intelligent software for prosthetic fitting, a cyber-security threat assessment tool, and miniaturised components for quantum technology.
Researchers discovered that the brain can integrate artificial and natural vision, allowing for partial visual restoration in AMD patients. This breakthrough has implications for future retinal prosthetic devices and brain-machine interfaces.
Researchers at City University of Hong Kong and Northwestern University have created a skin-integrated virtual reality system that can simulate touch with vibration wirelessly. The device is powered by radio frequency energy and can be controlled within a distance of one meter.
Researchers found that patients with rheumatic diseases have a higher proportion of culture-negative prosthetic joint infections, which can make diagnosis challenging. The study highlights the need for better diagnostic tests and management strategies for these patients.
Researchers have identified three species of electric eels, including one that can produce up to 860 volts, the strongest discharge ever recorded. The discovery opens new avenues of research into strong electric discharges in other fish species.
The e-glove provides humanlike softness, warmth, appearance and sensory perception to prosthetic hand users, improving their daily life challenges. It senses pressure, temperature and hydration using electronic chips sending sensory data through a wristwatch.
A new brain-computer interface can sense when a user expects a reward and improve its performance autonomously, potentially revolutionizing robotic prosthetics. This technology utilizes single-neuron activities and local field potential to decode user intentions.
Researchers developed a low-cost, sensor-packed glove that enables an AI system to recognize objects through touch alone. The glove produced high-resolution data at a fraction of the cost of existing sensors, allowing for accurate object classification and weight prediction with up to 76% accuracy.
Researchers analyzed 4,442 hip implants and 947,686 knee replacements to find that some implants have excellent results with low failure rates, while others perform poorly. The study provides a comprehensive benchmark for joint replacement surgery, enabling patients to discuss their options with surgeons.
Professor Keith Mathieson's appointment will enhance his research into technologies interfacing with the brain to advance treatments for brain disorders, dementia, and sight loss. He aims to develop a retinal prosthetic device capable of restoring near-normal vision to patients with degenerative retinal conditions.
A Swedish patient has become the first recipient of an osseo-neuromuscular implant to control a dexterous hand prosthesis. The breakthrough technology enables patients to use implanted neuromuscular interfaces to control their prostheses while perceiving sensations in daily life.
Researchers developed an intelligent system for 'tuning' powered prosthetic knees using reinforcement learning, allowing patients to walk comfortably in minutes. The system adapts 12 control parameters to address prosthesis dynamics, such as joint stiffness, during the entire gait cycle.
A new artificial joint, developed by Chalmers University of Technology, has restored important wrist-like movements to forearm amputees. The joint works with an osseointegrated implant system, allowing for much more naturalistic movements and intuitive control without sacrificing useful biological actuators.
A study by Hwan Choi and colleagues found that powered ankle prosthetics can reduce metabolic costs for individuals with transtibial amputations. By adjusting the power setting, users can improve their walking ability and increase activity levels, reducing the risk of health consequences such as diabetes and cardiac disease.
A new prosthetic hand system has been developed by Arizona State University researchers, allowing users to feel sensations in their phantom limbs. The Neural-Enabled Prosthetic Hand (NEPH) system has restored sensation and confidence in daily tasks for the first time, with potential applications to lower limb amputations.
A study found that sales employees recommend rounded watches and perfume bottles when they appear obese, and suggest more angular products when they are thin. The researchers also discovered that the level of friendliness drives the propensity to recommend round products.
Researchers found that amputees who used sensory-enabled prostheses reported greater psychosocial well-being and confidence in using their hands for daily tasks. The study, led by Case Western Reserve University, demonstrates the significant positive impact of sensory feedback on improving amputees' quality of life.
A new study by UC San Francisco scientists reveals the brain area responsible for controlling vocal pitch in humans. The dorsal laryngeal motor cortex is found to govern the 'music' of speech, enabling flexible control over pitch fluctuations during speech.
Researchers at TU Dresden are developing intelligent material combinations for autarkic fibre composites with integrated actuators and sensors. These materials can react quickly and precisely to environmental changes, making them suitable for applications in mechanical engineering, robotics, architecture, and orthotics.
A team of researchers has identified the gene that enables electric fish to generate high-frequency electrical discharges, a phenomenon seen only in Apteronotid fish. This discovery sheds light on the evolution and function of specialized sodium channels in these animals.
A new study uses brain-computer interface to enhance prosthetic hand control with muscle vibrations, allowing amputees to better control the prosthetic and regain a sense of agency over their movements. The technology has the potential to improve quality of life for those with amputations.
The new CU Boulder e-skin has sensors embedded to measure pressure, temperature, humidity and air flow. It can be easily conformed to curved surfaces and is fully recyclable at room temperature, making it a valuable material for diverse medical, scientific and engineering fields.
The UK is investing £16 million in 15 new healthcare technology projects to tackle international health challenges, including malaria and poor antenatal care. The projects aim to develop affordable imaging and diagnostics tools and prosthetics for low-income countries.
Researchers created customized prosthetic replacements for damaged middle ear parts using CT scans and 3-D printing. The technique has the potential to reduce high failure rates of surgical procedures. Custom-designed implants can improve hearing outcomes by providing a more exact fit, decreasing surgical time.
Scientists at UW-Madison create novel molecular treatment for Friedreich's ataxia, a rare genetic disorder caused by DNA repeats. The 'molecular prosthesis' helps cellular machinery overcome the blockade posed by repeats, restoring expression of the frataxin protein.
Researchers developed an electronic skin that glows when subjected to high-pressure, mimicking the Atolla jellyfish's bioluminescent response. This innovation improves prosthetics and robotics by detecting a wider range of pressures, addressing the limitations of current technologies.
Researchers have developed a flexible sensor 'skin' that mimics human physiology, allowing robots and prosthetics to accurately sense vibrations and shear forces. This breakthrough enables advanced robotic capabilities, including delicate tasks such as handling eggs or dismantling explosive devices.
Dr. Yu Zhang received nearly $3.7 million from the NIH's NIDCR to develop strong yet natural-looking materials for restorative dentistry. His research aims to create aesthetic, strong, and abrasion-resistant materials by developing new zirconia-based ceramics.
Scientists create user-interactive electronic skin that changes color in response to subtle strain levels, enabling potential uses in robotics, prosthetics, and wearables. Graphene-based flexible electronics make the technology possible with a reduced level of mechanical strain.
Researchers developed an antibiotic-releasing polymer that successfully eliminated two types of prosthetic infection in animal models. This material could lead to single-procedure treatments, reducing patient inconvenience and complication risk.
Researchers at University College London and Oxford have developed magnetic implants to control eye movement, improving symptoms of nystagmus for the first time. The study, published in Ophthalmology, shows that the implants can correct oscillopsia and improve visual acuity.
Researchers developed a new method to measure brain health by analyzing neural networks' responses to artificial touch experiences provided by a finger prosthesis. The technique offers precise insights into the cooperation between neurons and can reflect the entire brain's health, providing potential breakthroughs in neurological disea...
A team of engineers developed a nanotechnology-based retinal prosthesis that mimics the retina's light-sensing cones to directly stimulate retinal cells. The device, powered wirelessly, has shown promising results in animal tests, bringing researchers closer to restoring functional vision in patients with severe retinal degeneration.
Researchers at UC San Diego developed a non-invasive method to detect infections in prostheses using an improved version of electrical capacitance tomography and a thin-film sensor that can detect changes in pH levels. The new method could provide quantitative diagnostic information about the extent and locations of infections.
Scientists have combined hair-like wires with electronic skin to make a more versatile sensor for robots and prosthetics. The new device can detect air flow, pressure, and slip forces, allowing it to mimic the sensations felt by humans.