Cartilage Joint Articles & Analysis
15 news found
The injection, also referred to as a sacroiliac joint block, is meant to diagnose lower back pain or other symptoms that may be attributed to sacroiliac joint dysfunction. The two main types of sacroiliac joint injections are diagnostic and therapeutic. A diagnostic injection will confirm a diagnosis of sacroiliac joint ...
François Blondel: ‘We work in three specific areas: degradation of the cartilage and the synovial fluid of joints, in order to combat problems with arthritis; skin ageing, which can result in the appearance of wrinkles; drying of the ocular surface, which is commonly known as ‘dry eye syndrome’. ...
” About Hyalex Orthopaedics Hyalex is a privately-held medical device company headquartered in Lexington, MA, developing transformational synthetic cartilage technology and implant systems for diseased and damaged joints. HYALEX® Cartilage is protected by more than 17 patents and trademarks worldwide. The HYALEX® ...
“A reliable and reproducible solution for articular joint pain caused by cartilage lesions is one of the largest untapped opportunities in orthopaedics,” said Mr. Vause. “The HYALEX Cartilage System is the first truly biomimetic cartilage implant that has the potential to help millions of patients currently ...
” The NUsurface Meniscus Implant is inserted into the knee joint through a small incision, and patients typically can go home soon after the operation. The implant mimics the function of the natural meniscus and redistributes loads transmitted across the knee joint. It is made from a medical grade plastic and, as a result of its unique materials and ...
Food and Drug Administration (FDA). The HYALEX Cartilage System is intended to repair cartilage defects and restore function for patients with loss of knee articular cartilage and bone requiring surgery. ...
Extensive pre-clinical work has demonstrated MM-II's lubricating properties, which work to reduce joint friction and wear of cartilage, and a first-in-human study has demonstrated MM-II's tolerability and ability to reduce knee pain in OA patients. ...
Extensive pre-clinical work has demonstrated MM-II's lubricating properties, which work to reduce joint friction and wear of cartilage, and a first-in-human study has demonstrated MM-II's tolerability and ability to reduce knee pain in OA patients. ...
The fact that BioPoly partial resurfacing implants are designed to replace only the damaged cartilage of a patient’s joint, rather than replacing the entire joint, allows patients to quickly return to active, pain-free lifestyles. ...
Rather than replacing the entire joint, the novel BioPoly® resurfacing implants are designed to replace only the damaged cartilage of a patient’s joint. ...
Utilizing simple, reproducible minimally invasive surgical techniques, the novel BioPoly® resurfacing implants are designed to replace only the damaged cartilage of a patient’s joint rather than to replace the entire joint. ...
The material behaves like a synthetic cartilage, allowing the implants to replace the damaged cartilage of a patient’s joint rather than the entire joint. ...
FORT WAYNE, IN – BioPoly LLC has announced that another U.S. patent has been granted for its innovative BioPoly® material, which is currently being used to replace damaged cartilage in joints. Where some of the other BioPoly patents address the design of the implants, this patent family focuses on the material itself. ...
Cartilage is an essential tissue for the correct functioning of joints in the human body. It is estimated that 60% of patients with joint pain suffer from acute cartilage lesions. These injuries originate mostly from traumas related to physical activity or sports practice and when inadequately treated can lead to progressive ...
DOMINIQUE KLEYN, CEO OF SIERRA MEDTECH AND CO-FOUNDER OF ORTHONIKA, SAID: “We are very excited to form this collaboration with Imperial Innovations and we look forward to combining our expertise in the use of textiles and fibre-reinforced materials in medicine and surgery with the designs developed by Professors Amis’ and Cobb’s team to create the first fully anatomical ...