Sentence examples for generated arterial from inspiring English sources

The method used in the current study generated arterial blood volume images after ATB correction.

So, any disturbance that may occur in the equilibrium between constrictor and dilator factors could generate arterial spasm.

Both VOIs were then projected onto all dynamic [O]H2O images, thereby generating arterial (CA t)) and RV (CRV t)) time activity curves.

These findings highlight the plasticity of the vPCV angioblasts and demonstrate their ability not only to generate arterial, venous and lymphatic ECs (Nicenboim et al., 2015), but also to contribute to mature vessels of at least three different organs (intestine, liver and pancreas), displaying significantly different features (Nolan et al., 2013).

We have recently uncovered the presence of specialized angioblasts within the ventral PCV (vPCV), which generate arterial, venous and lymphatic ECs (Nicenboim et al., 2015); therefore, we wondered whether these angioblasts serve as a source for late-forming vessels, such as the subintestinal plexus.

In the editorial to the paper by Soubrier and colleagues, de Backer and Pinsky discussed whether manipulation of the intrathoracic pressure by a Valsalva maneuver – that is, a forceful expiration against a resistance – could be used to generate arterial pressure variations that could predict fluid responsiveness [ 20].

Pulse oximetry is based on two physical principles: (a) the presenceof a pulsatile signal generated by arterial blood, which is relativelyindependent of non-pulsatile arterial blood, venous and capillary blood, andother tissues; and (b) the fact that oxyhemoglobin (O2Hb) andreduced hemoglobin (Hb) have different absorption spectra [ 8].

It was also noted that the power Doppler signals generated by arterial vessels have different fluctuating waveforms and different phase compared with the signal derived from venous vessels.

The motive force for lymphatic drainage of the brain appears to be generated by arterial pulsations.

The latter was made possible by heart pumping ability and regulated by peripheral resistances, which together generated the arterial blood pressure.

Since the motive force for perivascular Aβ drainage appears to be generated by arterial pulsations, 42, 43 the direct action of cilostazol on the vascular smooth muscle cells to increase pulse duration time 32 and arterial elasticity 33 may have contributed to the facilitated perivascular drainage of Aβ and the above positive effects of cilostazol in the Tg-SwDI mice.