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Related posts
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Scientists have printed cartilage without an artificial matrix
The mechanical properties of such cartilage are better than those of analogues with hydrogel, but they are inferior to natural tissue. The authors expect to improve them by applying pressure, as with real cartilage growth.
30 June 2016 -
3D bioprinting in Russia: new horizons
Among other things, at the third scientific conference on bioprinting, representatives of 3D Bioprinting Solutions talked about a new project called tissue gun. Another interesting project is related to the problem of baldness.
17 February 2016 -
Cellular technologies: present and future
"The future of medicine belongs to cellular technologies" – you hear this phrase more and more often. Is everything really going to the point that cellular technologies will replace the pill in the treatment technique?
09 June 2015 -
Bioengineered muscles work in a living organism
A new approach of tissue engineering allowed scientists to create a mature skeletal muscle functioning in the mouse body.
27 February 2015 -
The journal "Cell Transplantology and Tissue Engineering" is available in electronic form
All issues of the scientific-informational, analytical journal "Cell Transplantology and Tissue Engineering" are now available in electronic form absolutely free of charge to everyone.
10 July 2008