Austria successfully tested artificial blood vessels on mice
Austrian scientists created artificial blood vessels capable of biodegradation and tested successfully on mice, which could be used in heart bypass surgery.
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Austrian scientists created artificial blood vessels capable of biodegradation and tested successfully on mice, which could be used in heart bypass surgery.
A group of scientists at Brigham and Women Hospital in Boston, USA, succeeded in producing blood vessels using 3D biological printing technology, Phys.org said.
Black chocolate is good for the body, that's right, and now scientists know why this type of chocolate is good for the body.
A strange, rare disease caused the blood vessels from the chest down of a Japanese grandfather to bulge and float like a snake under the skin.
The team of experts from University College London (UK) used technology
Rakesh Jain, a Massachusetts General Hospital doctor in the United States, and colleagues transplant stem cells to the brain surface of mice.
Psychologist Idan Shalev of Duke University, North Caroline, USA and colleagues have found a link between the vascular system that provides oxygen and nutrition to the b…
Researchers at the University of British Columbia, Canada created a gel based on mussels' ability to cling to rocks. This gel can be used to strengthen weakened blood ve…
Scientists have built 3D blood vessels that can effectively support artificial organs. Cultivating artificial organs may help solve the shortage of implants, but a major…
Experts have come up with a more effective way to raise blood vessels in the heart and limbs, an important step in treating heart disease.
Scientists from the University of Cambridge (UK) have successfully cultivated 3 types of cells that make up the walls of blood vessels.
People with cerebral arterial stroke stroke have a very high risk of death, up to 90%, or leave severe sequelae such as paralysis, distortion ... if not treated promptly.
Researchers have recently discovered that immature fat cells, or so-called
The development and recovery of cardiac and vascular tissue is strongly linked to a small segment of ribonucleic acid (RNA) present only in one place in the body.
Researchers have found a way to control the level of development of replacement tissues and the formation of new blood vessels to help solve one of the problems that pro…