blood vessel function Articles
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3D-printed blood vessels in monkeys marks medical breakthrough towards artificial organs
A Chinese firm has made a major medical breakthrough by succeeding in developing 3D-printed blood vessels that have been successfully implanted into monkeys, which is a major step towards making artificial human organs possible in future. Sichuan Revotek is a Chinese biotechnology firm that developed a 3D bioprinter back in 2015 which prints using stem cell-based bio ink, and it has now ...
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Chinese company implants 3-D printed blood vessels into monkeys
Beijing, China (CNN)A major breakthrough in 3-D printed medicine could bring hope to nearly 1.8 billion patients with cardiovascular disease. Chinese scientists working for Sichuan Revotek have successfully 3-D printed blood vessels and implanted them in rhesus monkeys, the company said. It is a major step on the road to mass printing human organs for transplants. The company ...
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Bio-Ink: Printing the Future of Medicine and Beyond
Bio-ink is a revolutionary material that is rapidly changing the fields of medicine, tissue engineering, and even bioprinting food. This fascinating substance is essentially a type of ink made from living cells and other biocompatible materials that can be used to 3D print complex biological structures. What is Bio-Ink Made Of? The composition of bio-ink can vary depending on the desired ...
By Matexcel
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Dissolved Hydrogen Application
Hydrogen molecule is the smallest molecule in nature. It is extremely penetrating and extremely volatile. It can freely enter and exit the body cells, remove aging and toxic free radicals. After drinking, it enters human body tissues and diffuses to act on all organ line particles and nucleus. Absorbed by the body. Realize the balance of the environment in the body and initiate the mechanism of ...
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Effect of endothelium mimicking self-assembled nanomatrices on cell adhesion and spreading of human endothelial cells and smooth muscle cells
Abstract The goal of this study is to develop unique native endothelium mimicking nanomatrices and evaluate their effects on adhesion and spreading of human umbilical vein endothelial cells (HUVECs) and aortic smooth muscle cells (AoSMCs). These nanomatrices were developed by self-assembly of peptide amphiphiles (PAs) through a solvent evaporation technique. Three PAs, one containing the ...
By Endomimetics
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