Sentence examples for provide blood flow from inspiring English sources

The right subclavian artery or the brachiocephalic trunk is then connected to the right pulmonary artery to provide blood flow to the lungs.

Because the descending vasa recta provide blood flow to the medulla emerge from efferent arterioles of juxtamedullary glomerules, these data suggest that changes in resistance in the postglomerular circulation of juxtamedullary nephrons might be responsible for the lack of autoregulation of medullary blood flow in volume expended animals [51].

The hooves are also important structures, providing support, traction and shock absorption, and containing structures which provide blood flow through the lower leg.

1 4 The body has to provide blood flow for increasing metabolism of muscles while increasing skin blood flow and providing fluids for sweating.

Because the descending vasa recta provide blood flow to the medulla emerge from efferent arterioles of juxtamedullary glomerules, these data suggest that changes in resistance in the postglomerular circulation of juxtamedullary nephrons might be responsible for the lack of autoregulation of medullary blood flow in volume expended animals [ 51].

The arterial supply to the breast comes from several sources, the internal mammary artery with perforators though the chest wall supplies the medial breast and the lateral thoracic branch of the axillary artery provides blood flow to the lateral breast.

In addition, extensions of OCT have been developed to enhance image contrast and to enable non-invasive depth-resolved functional imaging of the retina, thus providing blood flow, spectroscopic, polarization-sensitive and physiological information.

The heart is responsible for providing blood flow to enable perfusion of all tissues and organs with oxygen and nutrients, and is, due to its high oxygen demand and continuous action, particularly susceptible to hypoxia and perfusion deficits.

By synergistically utilizing both the amplitude and phase information of complex OCT signals, the OMAG technique is sensitive to both the axial and transverse blood flows, providing blood flow map at small vessels and capillaries as well as larger vessels.

This study clearly reveals two facts: first, tumor vasculature normalization itself cannot prevent solid tumor growth; second, after normalization, the remaining "normalized" vessels can undergo further remodeling and become more efficient in providing blood flow to support tumor growth.

Monitoring the success of the microcirculation at providing blood flow in combination with an assessment of tissue oxygenation is anticipated to form an important platform to realize this support.