Hearts were perfused as described before [[ 40]].
VPM-injected animals were perfused 11 days after injection.
No difference was found in the number of human microvessels that were perfused in the randomly oriented (111 ± 75 perfused lumens/mm2) and aligned (173 ± 97 perfused lumens/mm2) patches.
This phenomenon is critical in highly perfused organs such as the lungs.
Although a slight increase in capillary blood volume is observed during hyperemia, such an increase in the number of perfused capillaries is contradicted by observations [ 59].
Adult mouse heart was coronary perfused with collagenase, and ventricles were excised and further digested.
In addition, with the high resolution and low dose needed to detect vasculature in detail, it is likely to provide early detection of pathogenic conditions in highly perfused organs such as the lung, liver, kidney and microhemorrhage in the brain.
The viability of the perfused udders was controlled using biochemical parameters such as lactate dehydrogenase(LDH -activity, gLDH -activityption and lactate production in the perfusate [ 4, 5, 8].
No one knows whether such fragments exist.
Perfused organs such as frog legs;(1917) frog, cat, and dog hearts; dog livers, and rabbit and pig ears, have been used to study the effects of physiological molecules since the beginning of the last century.
