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Prostheses and Prosthetics: Artificial Limb Information: Publications and Documents

Summary

The Artificial Limb Information database at Disabled World (DW) includes a wide array of publications related to artificial limbs. This collection features research articles, news updates, and informative guides on various types of prostheses, including recent technological advancements and developments in prosthetic design. It covers topics such as the functionality of different prosthetic limbs, new surgical techniques for better integration, the impact of materials like carbon fiber, and the cost considerations of prosthetic devices. This database also delves into the everyday experiences of users, offering insights into both the functional and cosmetic aspects of prosthetics.

Searching the Database

The data table below lists items that may have been updated or revised, but the table defaults to sorting by descending publication date; you can search and sort by clicking column headers (JavaScript required). Items in this category are also distributed via our Prostheses and Prosthetics: Artificial Limb Information RSS feed.

Prostheses and Prosthetics: Artificial Limb Information: Publications and Resources (72 Items)
Title and DescriptionEdPublish
Revised

A new surgical procedure enhances neural feedback from the residual limb, enabling patients to walk more naturally and navigate obstacles more effectively.

Device allows amputees to sense and respond to temperature by delivering thermal information from the prosthesis fingertip to the amputee's residual limb.

In this article we show that rewiring nerves to different muscle targets in a distributed and concurrent manner is possible and conducive to improved prosthetic control.


The added sensation of temperature feedback is another step towards building bionic prosthetics for repairing the human body.


Bionic arm developed that restores natural behaviors for patients with upper limb amputations allowing wearers to think, behave and function like a person without amputation.


Made of fabric and rubber laced with sensors to mimic nerve endings, e-dermis electronic skin will enable amputees to perceive through prosthetic fingertips.

A new control algorithm keeps nerve stimulation steady in prosthetic arms, giving users reliable touch sensation even when sweating or electrodes peel off.



University of Manchester students have designed and built a 3D printed, low-cost robotic prosthetic hand that could provide a much cheaper alternative for amputees.


New prototype for wearable tremor suppression gloves could be of immense assistance for over 6 million people with Parkinson's disease.


If we can convince the brain that the artificial limb is the real limb, we could make prostheses more comfortable and easier to use.

A new study by neuroscientists at the University of Chicago shows how amputees can learn to control a robotic arm through electrodes implanted in the brain.

UH engineer receives award to pursue work with smart materials for artificial muscles, tendons which would make prosthetic limbs more lifelike.

Implanted neuroprosthesis shown to boost stroke survivors' walking ability, offering new hope for improved mobility and independence after stroke.



Prominence Prosthetics for High Heels is the first prosthetic foot on the market not custom made that adapts to popular fashion for heels up to four inches high.


Prosthetic study findings show rough textured implants created though 3D printing exhibit stronger bone integration than machine threaded counterparts.


Results provide new and accelerated avenues for developing bionic prostheses, enhanced with sensory feedback.


ROBO 3D demonstrating latest 3D printers at CES 2016 with 3D Prosthetic Print Kits as part of its partnership with e-NABLE.


The bebionic bionic hand is a revolution in prosthetics as it perfectly mimics the functions of a real hand via different precision grips.


$4.4 million grant for project that uses electrical stimulation to give amputees a sense of feeling.

A traumatic accident changed his life forever, but a microprocessor controlled leg has put his active lifestyle back on track.

e-Dura implant can be applied directly to the spinal cord without causing damage and inflammation.

Brain-computer interface technology has potential to improve function and quality of life of those unable to use their limbs.


Robot control theory to enable powered prosthetics to dynamically respond to the environment and help amputees walk.


Powered lower limb prosthetics hold promise for improving mobility of amputees, but errors in technology may also cause users to stumble or fall.


Man regains social life and active lifestyle after becoming one of the first to be fitted with multi-channel Functional Electrical Stimulation system from Ottobock.


Prosthetic system being developed uses electrical signals sent by a computer into the nerves of the arm and brain enabling feelings in amputees.

Made to cover hollow eye sockets 3D printed flexible custom masks provide affordable fast production alternative to traditional prosthetics.


Since its introduction the C-Leg has helped over 40,000 amputees worldwide and become the most popular microprocessor prosthetic knee in history.


Engineers develop and successfully demonstrated the value of a simple pulley mechanism to improve nerve damaged hand function after surgery.


Private clinic in Minworth launches custom bionic leg splint that has allowed Lance Corporal Jon Le Galloudec to run again after being paralyzed.


Images of Ottobock prosthetic legs showing how prostheses technology has advanced over the past 100 years.



SynTouch has developed sensor technology that gives robots the ability to replicate the sense of touch people have.


Laurence Greenough an 18 yr old amputee goes sailing after being fitted with the Genium X3 bionic leg from Ottobock.


9,000 times faster energy-efficient microchips based on the human brain could drive prosthetic limbs with the speed and complexity of our actions.


Revolutionary bionic technology with sensory feedback allows amputee to feel shape and texture of objects with prosthetic hand.


Mike Stoneman was diagnosed with bone cancer at the age of 18, doctors were able to remove the tumor in his left leg and he went on to have twenty years of full mobility.


University of Manchester study shows public would prefer to look at human hands or robotic hands rather than prosthetic hands which they view as eerie.

MyGait is a functional electrical stimulation device by Ottobock that restores natural gait in people with drop foot caused by stroke, MS, or nerve injury.



Zara Roberts regains her mobility and confidence following surgery to implant ActiGait an electrical neuroprosthesis device in her leg.

Findings hold promise for amputees who may one day be able to benefit from therapies that help the body regenerate lost limbs.


Touch Bionics offers advanced prosthetic hands and fingers, from realistic silicone designs to functional myoelectric devices for upper limb loss.



The experience of phantom limbs is not unique to amputated individuals and can easily be created in non-amputees.


Personal bionics originally are dramatically changing the life of amputees and reducing the complexity of their life care planning.


Obtaining pricing information for total hip replacement often difficult as well as wide variations in the quoted prices.

New synthetic skin like material that can sense subtle pressure and heal itself when torn or cut.

Artistic artificial limbs that allow amputees to get their mobility and shape back but also turn their bodies into a sculpture.


Students at Hereward College are road testing one of the only robotic arms in the UK.


An amputee has become the first UK patient to be fitted with a new Genium leg bionic prosthetic system from mobility experts Otto Bock Healthcare.


Omer Bayrak became first patient in Turkey to be discharged from hospital using the Freedom portable driver to power his SynCardia temporary Total Artificial Heart.

A blast of gamma radiation could toughen up plastic prosthetic joints to make them strong enough to last for years.

A new lower-limb prosthetic allows amputees to walk without the leg dragging gait characteristic of conventional artificial legs.

Innovative enhancements to proven leg prosthesis system mean amputees will benefit from a more natural walking pattern and increased confidence.


Crike is the first ever Cricothyrotomy prosthetic as nothing currently exists on the international FX prosthetic market.


How does the brain identify its own body and why do we experience our center of awareness as located inside a physical body.


According to the AAOS patients have several options for hip replacement implants each with its own advantages and potential drawbacks.


After the loss of a limb patients experience the feeling of a phantom limb an illusion that the amputated arm or leg is still present.


A properly positioned hip or knee replacement by surgeons who are highly experienced can last many decades.


The pain of losing a body part is twofold as patients suffer from wound pain and phantom limb pain.


Patients opting for total hip replacement surgery much earlier in life due to rheumatoid arthritis and severe osteoporosis issues.

The miniscale artificial cornea has to meet almost contradictory specifications.


i-LIMB Pulse is a new version of the revolutionary i-LIMB Hand a commercially available bionic hand.

Modern prostheses have been revolutionized by plastics that help make them stronger lighter more flexible and realistic.


System could potentially operate a robotic arm or motorized wheelchair for people with disabilities or paralysis.


Metal foam that has a similar elasticity to bone could mean a new generation of biomedical implants.

Artificial muscles can restore the ability of patients with facial paralysis enabling them to blink.


Representation of objects in the human brain depends on their physical location with respect to the hand.


What is involved is the possibility of designing a prosthesis socket for a patient with an amputated leg.


Costs and considerations for prosthetic limbs, from materials to insurance, highlighting impact on users’ lives and ongoing care needs.



Surgery of Ossiculoplasty Stapedioplasty and Myringoplasty with Titanium based Middle ear implants.

Explains prosthetic parity laws requiring insurance to cover prosthetics like federal programs, addressing coverage gaps for amputees.



Strong lightweight materials and advances in technology have translated into more comfortable prosthetics and higher function for amputees.


The Department of Veterans Affairs has announced a study of an advanced artificial arm that allows those with limb loss to pick up a key or hold a pencil.

Key: the first check mark indicates the publication carries an editor's note; the second indicates a footnote.

Note: Disabled World compiles disability-related publications as a resource. Inclusion does not imply endorsement by Disabled-World.com. To submit disability-related articles and peer-reviewed manuscripts and papers, ensure submissions comply with our guidelines. For questions, please contact us.

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Database of <a href="https://www.disabled-world.com/assistivedevices/prostheses-2/">Prostheses and Prosthetics: Artificial Limb Information documents, papers, and peer reviewed publications</a> - Disabled World (DW).

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