Browse ScienceInfo articles and explainers related to Tissue.
391 published items.
With the ability to stretch just like a real muscle and be able to lift objects 1,000 times its own weight, artificial muscles will be the key to creating human-like rob…
Underneath the tissue in the neck is a tiny organ that takes on an enormous task for the entire body, which is the thyroid.
The artificial gut model consists of 2 rectangular sheets made of absorbent silicon rubber and other resins, such as polystyrene.
Mollisonia plenovenatrix is a special organism newly discovered by scientists.
Heriot-Watt University researchers (UK) have developed a new technology to help heal wounds by 'listening' to their progress.
Glue stick to harden the mouth to reduce the risk of infection, heal, reduce scarring. - VnExpress Health
Scientists at King's University in the UK have discovered a type of cell that can regenerate liver tissue.
According to New Scientist, scientists at the California Institute of Technology, USA, have developed tiny self-propelled capsules that can remove their outer shells and…
Scientists at the University of California at Davis (USA) have discovered the genetic mechanism of tissue regeneration in hydrothermal species living in freshwater, this…
Now, the spinal pain has ended with Ms Amanda Gorvin - who had the first surgery to transplant a 3D 3D spinal disc in Australia.
Why is it that almost only men have the phenomenon of 'beer belly'? And is beer the culprit creating this kind of abnormally big belly?
US scientists have identified a lumican protein molecule that can bind chemicals that kill cells into cancer tissue, opening up the possibility of developing a low-toxic…
Swiss scientists have successfully solved the problem of immune system attack and rejection by using a protective hydrogel, prepared on the basis of sodium alginate from…
Tomsk Polytechnic University's research team (TPU) and Pavlodar National University of Education (PSPU) have identified the composition of water in human bodies, animals…
The high number of receptors of cancer cells makes them more strongly interact with blood vessel walls, pushing through the vascular wall into surrounding tissues.