The Future of Medicine: Lasers and Other Technologies for Non-Invasive Treatments
Non-invasive Treatments: Discover how technology is transforming the world of medicine. Greater convenience and better results.
Non-invasive Treatments: Discover how technology is transforming the world of medicine. Greater convenience and better results.
Ancient cities had a secret: their design protected them from disease. Here's how urban planning shaped civilization.
The art of kirigami meets nanotechnology. Microrobots capable of folding and transforming like paper are born.
A hemostatic gel made from algae and fungi stops bleeding quickly, with potential civil and military applications.
Stanford research shakes up preventive medicine: biological turning points identified at 40 and 60 years of age. The health implications.
Scottish researchers create 3D printed artificial blood vessels that are as flexible and strong as human ones. Big blow for medicine.
A new era in genome editing: RNA bridging allows you to edit DNA like a text processor. A genetic revolution.
Renaissance craftsmen and amputees created an iron hand that influenced surgery, paving the way for modern bionic prosthetics.
A team of researchers has applied PEPT technology, used in the mechanical field, to a living subject for the first time, opening new frontiers in biomedicine
Face and eye transplant opens new hopes in regenerative medicine and the treatment of facial lesions.
The 2023 Nobel Prize for Medicine rewards Katalin Karikó, Drew Weissman and the mRNA research that led to the main anti-covid-19 vaccines
VR isn't just for video games. This is how it is revolutionizing the pharmaceutical industry, making medicine safer and more effective.
A "remote" stethoscope to use at home, connected with an artificial intelligence and a real doctor. Faster and more precise diagnoses.
UCSF researchers have engineered molecules that help build tissues and organs—a coup for regenerative medicine.
Telepresence, that is: a doctor who "travels" inside a patient's body to diagnose diseases and treat them in time. Science fiction? Once. Reality today.
A new study has led to the production of 3D printed medicines, one of the most interesting innovations in the pharmaceutical sector!
NFTs could certify to patients the unique ownership of their digital health data. Here are the consequences.
A fortuitous discovery, but totally autonomous. The solution to a global crisis. A contested Nobel Prize. It could happen like this.
In the near future it will be possible to find a cure or test a drug on virtual patients, made of data, rather than on human beings. An exciting frontier that has already taken its first steps.
Reviews from the scientific community highlight an increasing use of microsurgery in the medical field over the years. An innovative method, without a doubt. Thanks to the use of particular robotic engineering tools, it allows complex interventions to be performed with maximum precision thanks to minimal incisions and low invasiveness. Incisions that would be challenging using traditional surgery. These are technologies that have often been at the center of positive opinions and reviews from large healthcare clinics. Among these are… Read more
ECMO is a machine capable of saving or making people who are already dead survive even for months. A miracle that however raises enormous ethical doubts