ライフサイエンスコーパス: oxygen-carrying capacity

1 perfluorocarbon emulsions have very limited oxygen-carrying capacity.

2 to 18%, without a proportional reduction in oxygen-carrying capacity.

3 n is a resuscitative solution with excellent oxygen-carrying capacity.

4 r adjunct to altitude training for enhancing oxygen-carrying capacity.

5 cardiac outputs, total metabolic rates, and oxygen-carrying capacities.

6 ), haemoglobin concentration, arterial blood oxygen carrying capacity and in blood glucose and lactat

7 are of particular interest due to their high oxygen carrying capacity and reactivity, low tendency fo

8 of erythropoietin that functions to increase oxygen carrying capacity and red cell volume.

9 nary), hemoglobin concentration (hematologic/oxygen-carrying capacity), and white blood cell count (s

10 ular, neurological, or respiratory function, oxygen carrying capacity, and blood biochemistry.

11 Though similar in their oxygen carrying capacity, each agent possesses distinct

12 in arterial pH and the increase in arterial oxygen carrying capacity had returned towards baseline v

13 ive hypercapnia due to inhaled CO2 increases oxygen-carrying capacity in dogs.

14 enous hypercapnia can significantly increase oxygen-carrying capacity in normal ventilated dogs.

15 number of clinical parameters, such as blood oxygen-carrying capacity, inflammation, and hemostasis.

16 resuscitation strategies focus on restoring oxygen-carrying capacity (OCC) and coagulation with bloo

17 f endogenous EPO (eEPO), rHuEPO augments the oxygen carrying capacity of blood.

18 radiation sensitive has been to increase the oxygen carrying capacity of normal blood using liquid pe

19 The oxygen carrying capacity of the oxygen carrier containin

20 arily attributed to increases in Q(peak) and oxygen-carrying capacity of blood in untrained healthy y

21 Although the oxygen-carrying capacity of blood is increased with tran

22 ansfusion and have the potential to increase oxygen-carrying capacity of circulating blood and thus i

23 Due to their potential for increasing oxygen-carrying capacity of circulating blood, they are

24 The oxygen-carrying capacity of resuscitation fluid has an i

25 mmatory, or metabolic changes) that decrease oxygen-carrying capacity of the blood by virtue of anemi

26 restore blood volume, tissue perfusion, and oxygen-carrying capacity; platelets, plasma, and cryopre

27 ive diuresis, blood transfusions to optimize oxygen-carrying capacity, pressure-controlled/inverse-ra

28 eoylglycylamide) PEG (BMAA-PEG), in terms of oxygen carrying capacity, redox properties, hypertensive

29 advantages of blood cardioplegia include the oxygen-carrying capacity, superior oncotic and buffering

30 y related to the increased systemic arterial oxygen carrying capacity than to local tissue hypoxia th

31 as an environmental intervention to improve oxygen-carrying capacity via haematological adaptation,

32 Changes in oxygen carrying capacity were noted in APAP-treated snak

33 ulted in materials which showed a decreasing oxygen carrying capacity with cycle number.