SAN DIEGO, April 23, 2012 – A lot of people were skeptical when two young California-based researchers set out more than a decade ago to create a completely human-derived alternative to the synthetic ...
Engineered human tissue plays a small but growing role in medicine. Engineered skin can be used on surgical patients or burn victims, engineered arteries have been used to repair obstructed blood flow ...
As the leading cause of mortality worldwide, cardiovascular diseases claim over 17 million lives each year, according to World Health Organization estimates. To open up new research avenues into this ...
Textile Exchange is poring over the feedback it received about its draft human rights criteria, which the sustainability trade association is in the process of rejiggering for the next version of its ...
Scientists have made a skin-crawling breakthrough. French researchers say they’ve grown ‘yarn’ from human skin that could be used to stitch people back up after suffering major wounds, according to a ...
What if we could replace a patient's damaged blood vessels with brand new ones produced in a laboratory? This is the challenge set by Inserm researcher Nicolas L'Heureux, who is working on the human ...
It may sound like a gruesome detail from a dystopian movie, but a team of scientists believe yarn grown from human skin could soon be used to stitch up surgical patients and repair organs. The ...
A lot of people were skeptical when two young California-based researchers set out more than a decade ago to create a completely human-derived alternative to the synthetic blood vessels commonly used ...
(Nanowerk News) What if we could replace a patient's damaged blood vessels with brand new ones produced in a laboratory? This is the challenge set by Inserm researcher Nicolas L'Heureux, who is ...
This is an archived article and the information in the article may be outdated. Please look at the time stamp on the story to see when it was last updated. It may sound like a gruesome detail from a ...
A lot of people were skeptical when two young California-based researchers set out more than a decade ago to create a completely human-derived alternative to the synthetic blood vessels commonly used ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results
Feedback