A vascular 'fingerprint' on the light sensitive tissue layer at the back of the eye-the retina-can predict a person's risk of stroke as accurately as...
Vous n'êtes pas connecté
Discover how light-controlled ink in bioprinted tissues offers a non-invasive method for heart repair, revolutionizing cardiac therapy and tissue regeneration.
A vascular 'fingerprint' on the light sensitive tissue layer at the back of the eye-the retina-can predict a person's risk of stroke as accurately as...
Discover how mcfDNA testing can revolutionize pediatric ENT infection diagnosis, offering a rapid, non-invasive alternative to traditional methods.
Researchers from Tokyo Metropolitan University have developed a new dye that can strongly absorb second near-IR radiation and transform it to heat.
A new study has revealed that a “vascular fingerprint” in the retina—the light-sensitive layer at the back of the eye—can predict the risk of...
Laboratorium: Russian scientists are developing a new method for identifying and treating cancers. The therapy aims to deliver medication directly to...
Discover how mRNA-based blood clots offer a promising new treatment for osteoarthritis, potentially surpassing traditional therapies and reducing...
Discover how copper impacts lung cancer growth and how copper chelation therapy could be a promising treatment.
“mRNA VACCINES NANOPARTICLES KILL THE HEART CELLS” NATURE StudyIn the cover image the Italian Biochemist Gabirele Segalla who first in the world...
A promising new treatment accelerates myelin repair, potentially restoring vision and improving brain function in people with multiple sclerosis and...
A mRNA injection to boost heart attack recovery by encouraging blood vessel growth and muscle repair.