This pain is secondary to ischemia of the cardiac tissue.
Therefore the use of biodegradable particles can be also be used for cardiac tissue.
In 1881, he was the first to describe the effects of extracellular pH on cardiac and vascular tissues.
The cause is believed to be an autoimmune response against damaged cardiac tissue.
This reduction in both time and pressure during diastole decreases the amount of perfusion for cardiac tissue.
There is also accumulation in the cardiac tissue, which explains its potential for cardiac toxicity.
Similar to cardiac tissue, juxtaglomerular cells harbor β1 adrenergic receptors.
Finally, in the body's attempt to recover from the cellular damage, fibrosis will set into the cardiac tissue.
He first used the bidomain model to interpret biomagnetic measurements from strands of cardiac tissue.
Its target channels can be found in cardiac tissue, neurons and smooth muscle cells.
