Throughout our lives, our bones are continuously remodeled to maintain strength, repair injuries and adapt to new stresses.

A team of UVM scientists led by University Distinguished Professor and Chair of Pharmacology Mark Nelson, Ph.D., from the ...

They also show that VECs differentiate into capillary cells, and that this remodeling is a response to lung injury, not one that occurs during normal lung development after birth. Their findings ...

Their new paper shows that venous endothelial cells can help fix damaged blood vessels in the lungs. The researchers found that following influenza, COVID, and hyperoxia injury, VECs proliferate into ...

The study demonstrated that electrical hyperpolarization in capillary cells spreads rapidly through activation of capillary endothelial Kir2.1 channels, specialized proteins in the cell membrane ...

There is no net movement of water in any direction as the concentration is equal on both sides so the level of water in the capillary tube remains the same.