Miracle in the desert: here is the hydrogel that produces water from the air
A research team has developed a hydrogel capable of extracting moisture from the air, even in desert conditions. A huge leap in the fight against global drought.
A research team has developed a hydrogel capable of extracting moisture from the air, even in desert conditions. A huge leap in the fight against global drought.
Engineers at City University of Hong Kong have developed a thin, wearable electronic “skin” for touching and manipulating virtual (or real, remote) objects.
Male contraceptives are about to become non-invasive and above all non-permanent: a US company brings out a gel solution.
Easy to inject, minimally invasive and truly effective in human tests: the first results of a hydrogel that can cause a lot of harm... to back pain from degenerative disc disease
The material, like Bifront Janus, has two sides: the first firmly joins the tendons, the second, smoother, flows better on the other tissues.
A new hydrogel-based system can make water drinkable in about an hour without using energy and without releasing substances.
A new hydrogel developed in Japan solidifies when exposed to heat: it can become a formidable protection from road and sports accidents.
Life-saving synthetic platelets: easy to store and transport, they could replace blood donations. Clinical trial within two years.
A hydrogel enhanced with gold nanoparticles could aid in muscle regeneration after serious injuries or injuries
Using Lysinibacillus sphaericus bacteria, scientists create a cement that 'heals' cracks on its own, inspired by the repair mechanisms of human skin
Ultrasonic 3D printing could revolutionize surgery, allowing implants to be injected and solidified directly into the body
The Terasaki Institute develops a bioink that uses a hormone to promote the growth of 3D printed muscle tissue.
Lund University's organic electrodes are a breakthrough against tumors and nerve injuries.
It “sees” leaks, changes shape and stands out in scans: a new technological “patch” can change the future of abdominal surgery.
3D bioprinting of organs and tissues will be the answer to long waiting lists for transplants, but there are still obstacles to overcome.
The innovative artificial cartilage implant developed by Duke University overcomes the limitations of traditional treatments and prepares for clinical trials.
The special bandage equipped with sensors gradually updates on the healing path, which is able to significantly accelerate.
An MIT airgel technology uses three types of cooling to lower the temperature of foods and objects without electricity.
A formidable 'synthetic' cartilage based on hydrogel and cellulose promises to repair the knees. Indeed, to improve them.
A Chinese and Singaporean research team creates a neuron that could form the nucleus of a new, highly efficient brain-computer interface
The octopus has a fantastic grip with its eight, infallible tentacles. Biomimicry managed to reproduce it, and put it in a glove.