Blood vessels of the future 3D printed: breakthrough in regenerative medicine
Scottish researchers create 3D printed artificial blood vessels that are as flexible and strong as human ones. Big blow for medicine.
Search Results for: Regenerative medicine
Regenerative medicine, a cellular "glue" heals wounds and repairs nerves
UCSF researchers have engineered molecules that help build tissues and organs—a coup for regenerative medicine.
Revolution in regenerative medicine: a microchip changes the function of cells and can "heal" entire organs
The small device uses nano transfection of tissues to regenerate entire organs with the touch of a finger: what was once matter for Star Trek now comes close to reality.
Triumph of medicine: first face and eye transplant
Face and eye transplant opens new hopes in regenerative medicine and the treatment of facial lesions.
Synthetic but alive: cells that challenge the boundary between artificial and biological
DNA as a building material for multifunctional synthetic cells, stable up to 50°C. Potential applications in regenerative medicine, drug delivery and diagnostics.
Anthrobots, human cells transformed into robots that heal wounds
“Biologists create 'anthrobots' from human cells, opening new avenues in regenerative medicine and tissue repair.
Diabetes therapy, cured with autotransplant: first in the world
25-Year-Old With Type 1 Diabetes Produces Insulin With Stem Cells Reprogrammed From Her Own Body: Breakthrough in Diabetes Therapy
Cells Discovered That Stimulate Angiogenesis and Rapid Healing
Progenitor cells that stimulate angiogenesis and healing discovered: a breakthrough for the treatment of chronic wounds.
SoftFoot Pro, the bionic foot that revolutionizes biomechanics speaks Italian
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Italian biomechanics amaze: the SoftFoot Pro is the foot prosthesis that flexes, adapts and absorbs shocks like a natural limb.
Chinese science achieved supremacy over the West: how did it do it?
Chinese science is a superpower challenging the dominance of the US and EU. Massive investments, return of "brains" and targeted policies.
Cell therapy that grows a new liver in patients is in phase 2
If approved, LyGenesis cell therapy could allow a single donated liver to treat dozens of patients. And it's just the beginning.
World's first 3D printed trachea transplant with stem cells
Korean researchers used scans and bioink with the patient's cells to create a 2cm artificial trachea that was successfully transplanted in 5 weeks.
“Do-it-yourself” skin is a reality: scientists print it directly on wounds
At Pennsylvania State University they developed a technique to 3D print living human skin directly onto wounds. New possibilities for facial reconstructive surgery and hair transplants.
Neural technology can help people recover lost memories
Scientists have developed a method that, via electrical impulses to the brain, helps people recover memories and live better.
Treating knee injuries with nasal cartilage, steps forward
Treat knee joint defects with cartilage grown from the nose? A new path in the treatment of arthritis.
We already have a “fountain of eternal youth”: the latest on T cells
New study reveals that CAR T cells, used against cancer, slow aging and can prevent obesity and diabetes.
The secret of Matabele ants revealed: they treat wounds with antibiotics
Amazing Research: African Ants Apply Natural Antibiotic Secretions to Wounds to Fight Infections: Possible Use in Human Medicine.
Bioengineering Blow: 3D Printed Human Skin with Hair Follicles
3D printing of human skin, including hair follicles, promises to revolutionize burn treatment.
Science 'rewrites' life: yeast with 50% synthetic DNA. Here's what he can do
A 15-year project culminates in the creation of yeast strains with more than half of their DNA synthesized in the laboratory
Smile: Drug that regrows teeth reaches clinical trials
New teeth without dentures? A Japanese team advances with clinical trials of a regenerative drug.
3D printed muscles: a bioink can change the rules of the game
The Terasaki Institute develops a bioink that uses a hormone to promote the growth of 3D printed muscle tissue.
