This overview provides an update on the present understanding of the basic molecular mechanisms of how endothelial and smooth muscle cells interact with each other to form blood vessels ...

Heart disease, particularly coronary artery disease, is a leading cause of death worldwide. In the United States alone, it ...

When military personnel fire certain powerful weapons, they may be exposed to blast waves that damage blood vessels in the ...

The winning image, entitled A Sea of Cells (above), is a close-up of smooth muscle cells that line the blood vessels in mice, with the colours highlighting different proteins. The researcher ...

Their discovery, published in Circulation Research, shows how with minor surgical trauma caused by procedures such as angiography, stenting, arterial lines and minor surgery, vessels heal by the rapid ...

First human trials at Rutgers Health and other institutions demonstrate better infection resistance and limb preservation than synthetic grafts.

Real-time observation of certain biochemical processes in blood vessels from mice has revealed a previously unknown ...

"These smooth muscle cells were set up in culture to continue ... of being populated by patient cells, creating a living blood vessel. This characteristic helps explain their resistance to ...

Symvess is a sterile, acellular tissue-engineered vessel composed of extracellular matrix proteins usually found in human blood vessels and is manufactured using human vascular smooth muscle cells ...

Our choice as the top protein for lowering blood pressure is white beans. Besides being relatively accessible and affordable, ...

This technology promotes endothelial cell growth while inhibiting smooth muscle cell dedifferentiation in blood vessels. The paper is published in the journal Bioactive Materials. By controlling ...