[Home] [Headlines] [Latest Articles] [Latest Comments] [Post] [Sign-in] [Mail] [Setup] [Help] [Register]
Status: Not Logged In; Sign In
|
Science/Tech See other Science/Tech Articles Title: As Good as New: ‘Bio-Cement’ Will Regenerate Bones! Sputnik... Doctors are set to scan damaged bones and 3D-print the missing parts, which will later transform into the recipient’s own tissue. Operation Russia May Begin Development of Artificial Heart in 2015 The scientists of the Russian National Research Nuclear University developed a technique to convert animal bones into material that can substitute the damaged parts of human bones, the institution’s press service said in a statement. The new substance is based on biological hydroxyapatite – a white powder that resembles cement when mixed with a biological polymer. It is soft and flexible like plasticine when kneaded but hardens after being placed on the damaged bone. With time, the organism dissolves this “cement” replacing it with its own bone tissue. As the substance is derived from animal bones, it preserves biological activity, which is an essential advantage and a significant ground for successful regeneration. Scientists at Russia's Tomsk State University (TSU) created a unique surgical laser designed to cut bones and biological tissue © Photo: tsu.ru Russian Scientists Create Unique Laser for Cutting Bones, Bio Tissue “We have created material that the organism takes as original. The bone marrow contains mesenchymal cells that always migrate to the damaged tissue areas. They detect our matter as something that can take part in biochemical processes and start processing it to enable [cell] division. Regeneration is cell division itself. As a result, a new bone tissue is produced with its own blood vessels and nerve cells,” professor Vitaly Guzeev explained in the statement. The existing methods of regenerative medicine mainly presuppose the transfer of stem cells from a special incubator. Doctors see successful results if they manage to surround the cells with blood vessels. But the probability that the tissue will survive is about 50 percent, professor Guzeev noted. “On the basis of hydroxyapatite, we prepared a liquid material that we can fill a 3D-printer with. For instance, a man with a craniocerebral injury undergoes tomography, then the image is sent to the [3D-] printer which recreates an element completely matching the lost bone part. The material indurates during the printing process.” X-Ray © Flickr/ Adrian Barnes X-Ray The material has passed clinical trials in Moscow and St. Petersburg, and marketing authorization is currently underway. The new material can also be used in healing painkiller injections for people with aching joints. Read more: sputniknews.com/science/2...447036.html#ixzz3gt5fafD3 Post Comment Private Reply Ignore Thread
|
||
|
[Home]
[Headlines]
[Latest Articles]
[Latest Comments]
[Post]
[Sign-in]
[Mail]
[Setup]
[Help]
[Register]
|
||