1 n ratio (p < 0.02) with a consequent fall in SvO2.

2 ared spectroscopy positively correlates with SvO2.

3 Hg, cardiac index 3.3 [2.7-4.0] L/min.m, and SvO2 68.3 [62.8-74.7]%), microvascular variables were ma

4 erial and venous oxygen saturation (SaO2 and SvO2 ) against oxygen tension.

5 gen saturation with Perfusion, intravascular SvO2, and T2* may be a useful tool to investigate the pa

6                           Perfusion, dynamic SvO2, and T2* response times after induced ischemia are

7          Perfusion, venous oxygen saturation SvO2, and T2* were each quantified in the calf at 2-s te

8 , p = 0.025), along with an increase in mean SvO2 (baseline = 75 +/- 3, 48 hour = 85 +/- 2, p = 0.018

9 reathing developed a progressive decrease in SvO2 caused by the combination of a relative decrease in

10                             In turn, the low SvO2 combined with greater venous admixture (p < 0.0006)

11  we recorded mixed venous oxygen saturation (SvO2) continuously in eight ventilator-supported patient

12                                              SVO2 decline did not correlate as well with PATD CO (r2

13                                              SVO2 did not correlate well with CO in this model.

14        On discontinuation of the ventilator, SvO2 fell progressively in the failure group (p < 0.01),

15 ass solely for low venous oxygen saturation (SvO2), ie, <55%, without regard to hematocrit (Hct), pos

16  Multivariate analysis identified continuous SvO2 monitoring as a factor favoring S1P survival (P=0.0

17 ding continuous superior vena cava oximetry (SvO2), phenoxybenzamine (POB), strategies to minimize th

18        Immediately before the weaning trial, SvO2 was not statistically different in the two groups (

19              Mixed venous oxygen saturation (SVO2) was also compared with PATD CO.

20 na cava, right atrium, and pulmonary artery (SVO2) was measured by cooximetry in consecutive blood sa

21  a prolongation of the posterior tibial vein SvO2 washout time.

22 O, PCCO measurements from each catheter, and SVO2 were compared with PATD CO at each mean arterial pr

23 d right atrial oxyhemoglobin saturations and SvO2 were compared, the ranges and 95% confidence limits