06:30 AM GMT Groundbreaking amputation method developed
A new way to perform amputations allows doctors to preserve nerves of the limbs, which have been surgically removed. This revolutionary method of limb amputations will significantly improve the use of prosthetics. It was developed by Dr. Matthew Carty with help from the MIT media lab. New amputation procedure allows surgeons to use innovative prosthetic devices that may be attached directly to the nervous system of a user.
In this case, the patient doesn’t use own muscle movements to control prostheses but can control prosthetics more precisely with the brain signals. Read more>>
04:00 AM GMT Hugh Herr describes near future of prostheses
Hugh Herr, a professor at the Massachusetts Institute of Technology (MIT) and founder of BionX Medical Technologies Inc, said at the American Academy of Orthotists and Prosthetists Annual Meeting in New Jersey, that the near future of prostheses will include neural control of innovative bionic limbs and patient’s nerves and muscles. Hugh Herr hopes to give patients a full sense of touch, feel and movement in a year or two. His team of researchers at MIT are developing fast and effective electrical interface between the bionic limbs and the nervous system of humans brain and muscles.
Hugh Herr said:
“We have not yet normalized speed, but that is a key goal. We are now building a 4-degree-of-freedom bionic transfemoral prosthesis. It will have a powered knee, a powered ankle and a powered subtalar joint”.
11:30 AM GMT The world’s first factory to print human organs
Next year in Brisbane, Australia, will be opened The Herston Biofabrication Institute, the world’s first factory for 3D-printing human organs: tissue, bones, cartilage and even organs. This amazing technology will help patients recover much more quickly. Professor Mia Woodruff of the Queensland University of Technology is the head of the project. She plans to employ 60 researchers and to attract $15 million of investment.
Mia Woodruff said:
“The future of healthcare will be more personalized. It will be automated, it will be low cost, low labor and it will be customized to the patient”.
05:20 PM GMT Researchers had made significant progress in developing bionic kidney
Scientists have created a membrane of human cells that can be used as an artificial kidney implant. It filters out bad molecules just like a real kidney doing. Tests showed that the cultured cell layer of the human kidney filtration system functioned as a living membrane.
Devices based on such membrane could someday replace traditional kidney transplants, and patients with kidney failure won’t have to use the bulky dialysis machines to filter their blood. Dr Dimitrios Stamatialis, the lead researcher from the University of Twente, said:
“This study shows the successful development of a living membrane, an important step towards the development of a bio-artificial kidney device”.
01:20 PM GMT 14-year-old Rishabh Java developed bionic arm, which was selected as “Best Innovative Project” on the Gulf 3D Printing Olympiad
14-year-old Rishabh Java, a student from Gems Millennium School, has designed a 3D printed bionic arm and demonstrated its functionality on the Gulf 3D Printing Olympiad, which was organized by the Gems Wellington Academy in Dubai Silicon Oasis by Atlab. Rishabh’s bionic arm was selected as the “Best Innovative Project” of the year. More than 75 teams took part in the competition.
10:18 PM GMT Dr. Natasha Vita-More is talking about Whole Prosthetic Body Project
In this video, Dr. Natasha Vita-More, founder and creative director of esDESiGN, discussed such interesting topics as creating “Whole Prosthetic Body Project”, as well as innovative technologies in robotics, artificial intelligence and cognitive neuroscience, which are necessary to make the whole prosthetic body a reality.
06:30 PM GMT Studies on radio-opaque polymeric biomaterials with potential applications to endovascular prostheses
Biomaterials are materials of synthetic or natural origin, used in contact with tissue, blood, or another biological fluid and intended for use in prosthetic, diagnostic, therapeutic, or storage applications. This research work is focussed in part on the chemical synthesis and further development of a new class of radio-opaque polymeric biomaterials i.e. biocompatible polymers with the capability of absorbing X-rays. Read more>>
04:30 PM GMT Bionic eye Orion I uses wireless signals to send image directly to the brain
To date, people with a degenerative eye use a high-tech prosthetic system to recover some vision. But now the “Second Sight” company has developed the neurotechnology bionic eye, that transmits wireless signals (to produce an image or just a spot of light) directly to the brain of a blind patient through a simple external device. “Second Sight” created a new product for artificial vision called Orion I. The company will start its testing on human next year. Read more>> Continue reading “19 Nov 2016: prosthetics news and videos of the day”
06:03 PM Bioniks company launches prosthetics crowdfunding campaign “Real Life Superheroes”
Revolutionary biomedical 3D printing company Bioniks from Pakistan launched a crowdfunding campaign “Real Life Superheroes” on the Zingohub platform to give kids with disabilities free superheroes prosthetics! The campaign makes a positive change in the lives of children by giving them the superhero prosthetic of their choice.
04:00 PM Bionic Eyes: a short review of modern technologies that can make blindness a thing of the past.
Scientists from all over the world are working hard to create a good bionic eye that can make blindness a thing of the past. For today there are a number of bionic eye implants. For example, Argus II Retinal Prosthesis System is used by peoples who has advanced stages of retinitis pigmentosa. The device is a camera mounted on a pair of glasses and electrodes implanted into the retina. Argus II transmits a picture from the camera to the retinal implant, which stimulates the optic nerve so the brain can process it. Another bionic eye is Orion I, it can be used by people whose lose vision due to cancer, diabetes or glaucoma. In such cases, retinal stimulation will not work because of optical nerves are dead. So, Orion 1 implant is attached straight to the brain and the patient is able to discern lines, spots and colored flashes. Continue reading “18 Nov 2016: prosthetics news, videos, reviews of the day”
11:03 AM Chinese Engineer created 3D-printed artificial robotic limb which costs $950
Chinese Engineer Chang Hsian-Liang has developed 3D-printed artificial limb that is controlled by using force sensors, it has an automatic safety cut-off and ultra-silent motor. He presented his device at a news conference in Taipei on Sept. 19. Chang Hsian-Liang decided to design his own prosthetic arm after losing his right arm in an accident. His electronic prostheses cost $950, weight 650g and are controlled by force-sensing resistors and cogs.