Model for new generation of blood vessels challenged

In-growth and new generation of blood vessels, which must take place if a wound is to heal or a tumor is to grow, have been thought to occur through a branching and further growth of a vessel against a chemical gradient of growth factors. Now a research team at Uppsala University and its University Hospital has shown that mechanical forces are considerably more important than was previously thought. The findings, published today in the journal Nature Medicine, open up a new field for developing treatments.

If you want to include this story in your blog, copy and paste this formatted text:

<p><a href="http://www.physorg.com/news163071316.html">Model for new generation of blood vessels challenged</a></p> <p>In-growth and new generation of blood vessels, which must take place if a wound is to heal or a tumor is to grow, have been thought to occur through a branching and further growth of a vessel against a chemical gradient of growth factors. Now a research team at Uppsala University and its University Hospital has shown that mechanical forces are considerably more important than was previously thought. The findings, published today in the journal <i>Nature Medicine</i>, open up a new field for developing treatments.</p>