Lower Extremity Review
Researchers from the University of Malaga in collaboration with the Polytechnic University of Catalonia, both located in Spain, have created an ‘intelligent’ rollator that evaluates patient movements to improve rehabilitation. With this system based on a standard model called Walk-IT, healthcare professionals receive better information about the progress of patients under treatment, allowing…
Biomaterials, such as mycelium bound composites, present a promising alternative to conventional smart insoles. They exhibit sensing and responsive capabilities without requiring additional space and external inputs to operate, using their own bioelectric activity. Fungal sensors offer increased biodegradability.
KneeCapTM Therapeutic Compression Wrap looks like a baseball cap, but is made of stretchy Neoprene and contains a reusable cold pack. That means it is able to compress, cool, and comfort knees, elbows, or heels while allowing people to stay mobile. Designed by Kathi Fairbend, MS, RPT, in collaboration with a…
WEGYM’s Rally X3 Pro smart resistance bands are made of PA+TPU material with a drop-resistant design. Fabricated from high-quality latex material, the product life offers up to 30,000 extensions, and the 10–110 lb. resistance level range makes it suitable for beginners to the proficient. With LCD display and precise workout sensors, stats can be viewed in real time.
Nextremity Solutions’ Nextra® Hammertoe System family provides additional treatment options for surgeons. The Nextra CH Cannulated Hammertoe System provides surgeons an additional 2-piece option for the treatment of hammertoe deformity and meets the demand to have a system that could utilize K-wires for additional stability and for stabilizing the lesser metatarsophalangeal joints.
The Movement and Compressions (MAC) System is a novel, data-driven, mobility measurement device designed for hospital and home use. It provides therapeutic compressions to the lower leg and displays real-time patient mobility data, empowering bedside caregivers with critical metrics to support the execution of in-hospital mobility and adherence to…
Illinois Institute of Technology (Illinois Tech) professor of biomedical engineering Georgia Papavasiliou, PhD, and her team are developing a novel ointment to treat chronically infected diabetic wounds that fail to heal, such as diabetic foot ulcers (DFUs). They have received a second round of funding from the Pilot and Feasibility Program at…
University of Washington (UW) Professor Joan Sanders, PhD, and her team are creating a new type of prosthetic leg: one that automatically adjusts its fit throughout the day. Her group, housed within the Department of Bioengineering, designs, builds and tests prostheses for people with transtibial amputations.
Kailo is a skin patch that targets pain using nanotechnology. The patch contains millions of nanocapacitors, each of which is capable of carrying a small electrical signal. When the patch is applied to the skin it creates contact points that allow these nanocapacitors to interfere with the body’s electrical system, stopping pain at the source.
Outway state-of-the-art performance socks are designed for the pursuit of personal bests. Bike, run, workout, hike, and more in comfort and style. These socks come with premium yarns, original designs, and the right technical features to help users take on any challenge while looking and feeling their very best.
The National Institute of Diabetes and Digestive and Kidney Diseases awarded Rosalind Franklin University (RFU) of Medicine and Science scientists Noah Rosenblatt, PhD, and Ryan Crews, PhD, a 3-year, $848,596 grant to evaluate the impact of removable cast walker (RCW) designs on diabetic foot ulcer (DFU) healing.
Kerasal’s Athlete’s Foot product line features a unique formula with 5-in-1 benefits to not only help treat and heal most athlete’s foot, but also improve skin appearance and support a healthy footcare routine. This product line provides safe and effective treatment and was designed to be incorporated into a daily footcare routine for optimal results. Each product is easy to use with calming and soothing benefits.
Compex’ deep tissue Ion™ massage roller targets sore and achy muscles and is easy to travel with and transport from home to the gym. It is designed for consumers who need help loosening their myofascial tissue, which in turn increases blood flow, reduces next day soreness, releases knots and tension, prevents injury, improves range of motion, and relaxes and loosens muscles.
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