1  inhaled particles when compared with air or oxygen inhalation.

2  (P=.001) and choroid (P=.027) compared with oxygen inhalation.

3 - 1.5% (N = 9 trials from five subjects) for oxygen inhalation and 5.2 +/- 1.3% (N = 11 trials from f

4 O2 between measurements made at 5 minutes of oxygen inhalation and measurements at longer durations o

5  the retinal arteries (P=.001, compared with oxygen inhalation), but not in the veins (P=.549).

6 ce imaging (MRI) and either carbogen or 100% oxygen inhalation challenge in C57BL/6J control (C) mice

7 mmon carotid artery ligation, followed by 8% oxygen inhalation for 2h.

8 iabetes when combined with postoperative 50% oxygen inhalation for 3 days, a number comparable to tha

9 nsity on changing from room air breathing to oxygen inhalation (i.e., 5 minutes).

10                      We tested the effect of oxygen inhalation on the amplitude of these oscillatory

11 on in the diabetic patients increased during oxygen inhalation to an amplitude that was not significa

12                                Thus, we show oxygen inhalation to be a simple and promising approach