Cancer eliminated with sound waves, liver histotripsy ok
Histotripsy, a non-invasive technique to destroy liver tumors with sound waves, gets FDA approval: it could reduce side effects and recovery times.
Histotripsy, a non-invasive technique to destroy liver tumors with sound waves, gets FDA approval: it could reduce side effects and recovery times.
Europe is investing in the creation of a new web. The Quantum Internet Alliance project aims to revolutionize secure communication.
New teeth without dentures? A Japanese team advances with clinical trials of a regenerative drug.
Ultra-processed foods exploit our penchant for protein to trick us into fat and sugar, fueling obesity.
Journalist Glenn Deir owes his life to the robot Da Vinci, who removed an inoperable tumor from his body.
The Terasaki Institute develops a bioink that uses a hormone to promote the growth of 3D printed muscle tissue.
EPFL high-tech surgery: a four-armed robotic system that responds to input from the surgeon's hands and feet in the operating room
Nutrition, antibiotics and urbanization are destroying our microbiota, accelerating the spread of chronic diseases and compromising mental well-being.
A glimpse into the future of dental medicine: a Japanese research team is developing a drug that allows lost teeth to regrow.
It “sees” leaks, changes shape and stands out in scans: a new technological “patch” can change the future of abdominal surgery.
After a long process, Neuralink's futuristic brain-computer interface has gotten the green light for first human tests.
A team of researchers from the University of São Paulo has demonstrated that bio 3D printers can create artificial skin valid for product testing, replacing animals.
Finally we can "see" the neurological differences between acute and chronic pain. As? “Reading” patients' brain waves.
A new French law threatens influencers with heavy fines and even prison if they don't respect the rules of transparency and promotion
New “smart” coatings for orthopedic implants will be key to reducing infections and monitoring the patient's healing process.
The in utero intervention saves the future newborn from a fatal brain malformation, and marks a turning point for surgery.
MIT designs nanoparticles that emulate the blood clotting process, to stop internal bleeding.
The possibility of grafts made with real 3D "biological suits" can completely transform reconstructive surgery
Three paradigms for understanding how and to what extent future work will be influenced, reduced, distorted by technology.
Engineers at City University of Hong Kong have developed a thin, wearable electronic “skin” for touching and manipulating virtual (or real, remote) objects.
The possibility of transforming "open" and complex interventions into rapid procedures makes the surgical robot an extraordinary option.