Biomaterial engineers have developed the first-ever hydrophobic fluid, which instantly displaces body fluids surrounding an injury allowing for near-instantaneous gelling, sealing, and healing of injured tissue.
Two surgeons-in-training suggest some sustainable solutions for their energy-intensive discipline.
During the first Chemnitz’ Robotic-Symposium, two experts reported on the current state and the future of robot-assisted surgery and highlighted why it is a good time to be involved in this field of technology.
A new biodegradable gel improves the immune system’s ability to keep cancer at bay after tumors are surgically removed.
MediSCAPE, a high-speed 3D microscope, can see real-time cellular detail in living tissues to guide surgery, speed up tissue analyses, and improve treatments.
Engineers developed a variable stiffness catheter made of nontoxic threads that can transition between soft and rigid states during surgery.
The AI-Guided Ultrasound Intervention Device is a lifesaving technology that helps a range of users deliver complex medical interventions at the point of injury.
Reducing inflammatory mediators in the blood before surgical treatment of cardiac bacterial infection does not improve clinically relevant outcome, a new study shows.
The new 3D-printable mask design promises easy breathing for users while maintaining similar levels of protection against pathogens found in N95 and surgical masks.
Fusion surgery has been the long-standing treatment for people with scoliosis. Now, other options have become available.
Professor Dr Henning Windhagen is a great fan of semi-automatic systems that help with implants but leave the surgeon in the driver’s seat.
Physicists from Leipzig University have developed gene expression tests to examine whether additional chemotherapy is necessary and really effective after breast cancer surgery.
Children's National Hospital successfully performed the first-ever high-intensity focused ultrasound surgery on a pediatric patient with neurofibromatosis. This is the youngest patient to undergo HIFU treatment in the world.
A large-scale study has found that simulation-based surgical training produced an increase of surgeons’ skills for more complex surgeries.
Researchers from Auckland have uncovered a link between the sharpness of surgical tools such as scalpels and the risk of post-surgery infection.
Engineers at MIT have developed a kind of surgical duct tape — a strong, flexible, and biocompatible sticky patch that can be applied to biological tissues and organs to help seal tears and wounds.
Un estudio de la Universitat Oberta de Catalunya (UOC) analiza los factores que influyen en la percepción de las personas sobre la utilización de la robótica en las intervenciones quirúrgicas médicas.
A robot has performed laparoscopic surgery on the soft tissue of a pig without the guiding hand of a human – a significant step toward fully automated surgery on humans.
A literature review fleshes out key issues currently preventing the proliferation of robotic procedures, specifically their use in image-guided interventional procedures in the brain.
Esslingen is one of the most innovative regions worldwide. Thus, it does not come as a surprise that Esslingen‘s 660-bed hospital is interested in adopting cutting-edge technology. A surgical robot, to be precise.
Dr Jan Stallkamp, Professor for Automation in Healthcare and Biotechnology, has a vision: robots that can treat patients more efficiently and more precisely than any human physician.
US surgeons perform historic first successful transplant of porcine heart into adult auman with end-stage heart disease.
At Medica 2021, Elitac Wearables exhibited its latest innovations in wearables, which feature haptic feedback and integrated sensors. We spoke with Merijn Klarenbeek, the company’s CEO, about the medical applications of wearable electronics and sensors.
One of the crucial future technologies in surgery is Augmented Reality (AR). Most experts agree that AR will increase safety and efficiency, improve surgical training and decrease costs.
Researchers have developed an ultra-thin wireless device, called osseosurface electronic, that grows to the surface of bone and could someday help physicians monitor bone health and healing over long periods.