Using dual mobility total hip replacements (DM-THR) instead of the standard THR approach greatly reduces the likelihood of dislocation post-surgery, a new study finds.
Researchers have developed a novel 3D‑printed ceramic implant material that closely mimics real human bone. The findings may lead to more effective and accessible treatments for bone defects.
Total hip replacement performed with robotic techniques has a lower reoperation rate than the conventional procedure, according to a six-year study.
Neural implants show great potential, but the brain's reaction to foreign objects remains a challenge. New research insights could now pave the way for more biocompatible brain implants.
Using novel implantable neurotechnology and AI, researchers found a new way to make future leg prostheses feel and act more like a natural part of the body.
Stress urinary incontinence (SUI) affects millions worldwide. A novel implant could provide patients with ease of use and a better quality of life than current options.
Researchers have developed a prototype injectable paste that could help restore breast volume after tumor removal, with less scarring and shorter healing time than current options.
In the future, health monitors and medical devices could be powered by the body’s natural sugars: A new research project aims to harness power from glucose for implantable medical devices.
Postoperative femoral fracture—a break in the thigh bone near the hip joint—is a common complication after total hip replacement. A new study explores how implant design can reduce this risk.
Pacemakers have a range of different functions, not all of which are needed for every patient – switching off unnecessary features could help extend the battery life of the devices by several years.
A novel subretinal implant could help patients with age-related macular degeneration (AMD) partially restore eyesight, a new study shows. Participants recovered their ability to read letters, numbers and words.
Integrating liquid metal nanomaterials into a ceramic scaffold could improve the durability and biocompatibility of orthopedic implants, while also combatting antimicrobial resistance.
Historically, implants to repair bone fractures have been made of metal, donor bone, or 3D-printed material. Now, scientists propose an in-situ printing approach - using a modified glue gun.
Even though many implants such as artificial joints and pacemakers are made of titanium, they occasionally break – but why? A researcher is investigating implant failure and how to prevent it.
An artificial heart valve made from SEBS, a new type of highly durable and biocompatible plastic, could be a step closer to use in humans, following a successful long-term safety test in animals.
Korean researchers have developed a wireless implantable drug delivery system that enable chemotherapy drugs to penetrate deep into solid tumors—without harming surrounding healthy tissue.
An implantable device could save diabetes patients from life-threatening hypoglycemia. Remaining under the skin, it can be triggered to release glucagon when blood sugar levels get too low.
Coating an electronic neural implant with a potent anti-inflammatory drug helps the body better tolerate the implant, improving its long-term performance and stability, according to new research.
An ultra-thin implant could repair injuries to the spinal cord with carefully controlled electrical current. This could help restore movement and revert loss of sensation, the researchers hope.
