ライフサイエンスコーパス: oxygen partial pressure

1 ties as a function of growth temperature and oxygen partial pressure.

2 tion for resistance to stepwise increases of oxygen partial pressure.

3 imply short-term variability in atmospheric oxygen partial pressure.

4 tion for resistance to stepwise increases of oxygen partial pressure.

5 composition shows a strong dependence on the oxygen partial pressure.

6 talysts between 500 and 600 degrees C at low oxygen partial pressures.

7 lation in neutrophils after exposure to high oxygen partial pressures.

8 The normalization of oxygen partial pressure accelerated the degradation of C

9 uate oxygen delivery by maintaining arterial oxygen partial pressure and hemoglobin levels.

10 dependent relationship between mitochondrial oxygen partial pressure and oxygen supply rate is then d

11 in oxidation and NO generation at a range of oxygen partial pressures and found that the deoxy-reacti

12 esponse to rising cyclic AMP levels, falling oxygen partial pressure, and the flux of carbon through

13 ulmonary damage (respiratory rates, arterial oxygen partial pressures, and intra-alveolar albumin con

14 g polarographic signal is interpreted as the oxygen partial pressure at the anterior corneal surface.

15 Oxygen partial pressure (AT pO2) and AT temperature in a

16 Direct measurement of tissue oxygen partial pressure by surgical insertion of a fiber

17 Arterial oxygen partial pressure can increase during inspiration

18 tput, cerebral blood flow, skeletal muscular oxygen partial pressure, cerebral oxygen partial pressur

19 tmospheric pressure increases with increased oxygen partial pressure, concurrently hyperdense conditi

20 We measured arterial oxygen partial pressure continuously with a fast intra-v

21 phases could be modulated by controlling the oxygen partial pressure during sample preparation.

22 By eliminating oxygen partial pressure from these two expressions, we m

23 ormance under harsh conditions, such as high oxygen partial pressure, high moisture (relative humidit

24 ual nanosensors for imaging of pH values and oxygen partial pressure in cells.

25 ity Mo17O47 nanowires is achieved due to low oxygen partial pressure in the flame products as a resul

26 des simultaneous colocalized measurements of oxygen partial pressure in tissue (tissue oxygen) and mu

27 Results demonstrate that exposure to high oxygen partial pressures increases synthesis of reactive

28 Fractional saturation as a function of oxygen partial pressure is calculated as the ratio of ox

29 tionship between oxygen consumption rate and oxygen partial pressure is determined.

30 quency (spikes s-1), P(a,O2) is the arterial oxygen partial pressure (mmHg) and r2 is the correlation

31 in the Cu doped ZnO films deposited under an oxygen partial pressure of 10(-3) and 10(-5) torr on Pt

32 bility in single-cell saturation peaks at an oxygen partial pressure of 2.9%, which corresponds to th

33 d reactor, in anaerobic conditions, under an oxygen partial pressure of 40 kPa.

34 positioning increased the ratio of arterial oxygen partial pressure over inspired oxygen fraction, t

35 que opportunity to explore the intracellular oxygen-partial-pressure [p(O2)] interaction in Arenicola

36 In moderate hypoxia (arterial oxygen partial pressure, Pa,O2 approximately 48 mmHg).

37 ansplantation definition, combining arterial oxygen partial pressure (PaO2)/inspired fraction of oxyg

38 d radiation can lower tumor IFP and increase oxygen partial pressure (pO (2)) in some patients.

39 Measurements of oxygen partial pressure (pO(2)) with high temporal and s

40 maging of spatial and temporal variations in oxygen partial pressure (pO(2)) would be useful.

41 However, the relationship between tissue oxygen partial pressure (pO(2))/pH and VEGF transcriptio

42 ocyte-associated transients, fluctuations of oxygen partial pressure (Po2) associated with individual

43 semi-quantitative constraints on atmospheric oxygen partial pressure (pO2) before 2.2 Gyr ago.

44 sively studied, but the impact of changes in oxygen partial pressure (pO2) on the state of signaling

45 The oxygen partial pressure, pO2 , at which blood is 50% sat

46 ntitatively as a function of temperature and oxygen partial pressure published data obtained by in si

47 (FEV(1): r = 0.68, P = 0.001), and arterial oxygen partial pressure (r = 0.68, P = 0.001).

48 the dependence of electrical conductivity on oxygen partial pressure, resolving a long-standing contr

49 These arterial oxygen partial pressure respiratory oscillations can be

50 Here we demonstrate that arterial oxygen partial pressure shows respiratory oscillations i

51 l muscular oxygen partial pressure, cerebral oxygen partial pressure, skeletal muscular, and cerebral

52 Tissue oxygen partial pressure (TCO2) levels < 40 mm Hg predict

53 n state of sulfur, implying that atmospheric oxygen partial pressures were low and that the roles of

54 Intravascular oxygen partial pressures were lower in tumors relative t

55 Intravascular oxygen partial pressures were measured noninvasively by