perfuse

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per·fuse

(per-fyŭs'),
To force blood or other fluid to flow from the artery through the vascular bed of a tissue or to flow through the lumen of a hollow structure (for example, an isolated renal tubule). Compare: perifuse, superfuse.
[L. perfusio, fr. per- + fusio, a pouring]

per·fuse

(pĕr-fyūz')
To force blood or other fluid to flow from an artery through the vascular bed of a tissue or to flow through the lumen of a hollow structure (e.g., an isolated renal tubule).
[L. perfusio, fr. per- + fusio, a pouring]

perfuse

(pĕr-fūz′) [L. perfundere, to moisten (all over)]
To force or instill (fluids) into an organ or a vessel.
References in periodicals archive ?
First, we employed an isolated perfused lung model to mimic any hemodynamic effects on lung injury, but the model could not provide information regarding the interactions with other organs.
The role of anion exchanger on pulmonary vascular response to sustained alveolar hypoxia in the isolated perfused rabbit lung.
Opie, Effects of Insulin on the Pattern of Glucose Metabolism in the Perfused Working and Langendorff Heart of Normal and Insulin- Deficient Rats, Biochem Journal, 115, 537 (1969).
Spencer, "Differences in the bioenergetic response of the isolated perfused rat heart to selective [beta]1- and [beta]2-adrenergic receptor stimulation," Circulation, vol.
Blood from the normal pump twin reaches the perfused twin through arterio-arterial anastomosis flows through acardiac twin in reverse course, then returns to pump twin through veno-venous anastomosis (TRAP).
When the hippocampus was perfused with ACSF, the basal concentration of extracellular glutamate was decreased in the presence of DHMBA (1 mmol [1.
Harvest and Ex vivo Perfusion of Hearts: Hearts were harvested and perfused ex vivo for hemodynamic measurements using the Langendorff system.
The design of the Isolated Perfused Lung series of lung systems allows for a higher reproducibility and lower inter-user variability than traditional tubing/glassware systems.
Animals were injected with BrdU after 4 weeks of treatment to label dividing cells and perfused 4 weeks later to allow time for the new cells to differentiate.
The device is the first completely automated liver perfusion device of its kind: the organ is perfused with oxygenated red blood cells at normal body temperature, just as it would be inside the body, and can for example be observed making bile, which makes it an extraordinary feat of engineering.
Microvascular permeability, leukocyte adhesion to venular walls, perfused capillary length, and capillary red blood cell velocity (V(RBC)) were evaluated by computer-assisted methods.