1 intramucosal pH, and serum lactate levels of mixed venous blood and mesenteric venous blood were reco

2  on the acid-base status of intraosseous and mixed venous blood during cardiopulmonary resuscitation;

3 The partial pressure of a given inert gas in mixed-venous blood flowing back to the lungs is calculat

4                                 Arterial and mixed venous blood gas analyses were done at approximate

5          Hemodynamic variables, systemic and mixed venous blood gas tensions and oxygenation, arteria

6                                 Arterial and mixed venous blood gases were measured at baseline, 1 mi

7 During the first minute of CPR, arterial and mixed venous blood gases were superior in the 3 experime

8 period of 90 mins, vital signs, arterial and mixed venous blood gases, and intramucosal PCO2 values w

9 or wedge-pressure monitoring, measurement of mixed venous blood gases, or monitoring of cardiac outpu

10                                 Arterial and mixed venous blood gases, pH, airway pressure, and stati

11 ine and inotropic requirements, arterial and mixed venous blood gases, urine output, and biochemical

12 ight heart catheterization, and arterial and mixed venous blood gasses.

13 globin saturations were substituted for true mixed venous blood in oxygen transport or pulmonary veno

14                             The reduction in mixed venous blood oxygen saturation and the increase in

15 inary differential equation to calculate the mixed-venous blood partial pressure may be in error.

16 ) to compare pH and Pco2 of intraosseous and mixed venous blood samples after sequential infusions of

17                   Experiment 2: Arterial and mixed venous blood samples were obtained from 100 percut

18                    Vital signs, arterial and mixed venous blood samples, saline tonometry samples, an

19                                      Using 2 mixed venous blood samples, the method accurately assess