(1) Hyperoxia is unfavorable to its stability.

(2) AIM: To investigate the therapeutic effect of hyperoxia solution (HO) on hypoxia in rabbits during one lung ventilation (OLV).

(3) Conclusion Early application of hyperoxia liquid can improve microcirculation, and decrease brain anoxia and brain edema.

(4) PART ONEOBJECTIVE: To investigate the effects of hyperoxia solution (HO) administered intravenously on ALI in rabbits induced by oleic acid.

(5) AIM: To investigate the anti-fatigue effect of hyperoxia solution injected to the caudal vein of mice.

(6) CONCLUSION Hyperoxia solution can mitigate the cerebral ischemia and reperfusion injury.

(7) Objective Hyperoxia - induced lung injury is the most common cause of bronchopulmonary dysplasia ( BPD ) in neonates.

(8) High-flow 100% normobaric hyperoxia prolongs penumbral survival in animals and appears to extend the time window for reperfusion therapy.

(9) AIM To observe protective effect of hyperoxia balanced saline solution on reperfusion injury caused by bleeding shock.

(10) AIM: To investigate the protective effect of hyperoxia on myocardial ischemia reperfusion.

(11) Therefore, hyperoxia combine chemotherapy can improve the result of it , and decrease the metastasis and recurrence of tumor. This treatment is safe and effective.

(12) Objective To investigate the protective effects of hyperoxia solution(HS) on the oxygen and glucose deprivation(OGD) in cultured neuronal cells.

(13) AIM: To observe the therapeutic effects of hyperoxia solution orally or transvenously on hypoxemia in high altitude.

(14) Objective To observe the cardioprotective effects of hyperoxia liquid preconditioning in patients undergoing heart valve replacement.

(15) Objective To study the effects of hyperoxia on ventilator-induced lung injury(VILI) and the protection of dexamethasone.

(16) Objective: To study the expression of angiotensin II type 1 receptor(AT1R) in hyperoxia induced chronic lung diseased.

(17) Objective: To explore the dynamic changes of the expression of VEGF protein in the lung and ultrastructure of pulmonary vascular endothelial cell in neonatal rats with hyperoxia.

(18) Conclusion:Treatment with Tan Re-Qing injection on lung injury induced by hyperoxia in newborn rats could play the protective role, and decrease the occurrence of bronchopulmonary dysplasia (BPD).

(19) Objective To study the pathologic alteration and oxidative stress in lung of neonatal rats exposed to hyperoxia for different time.

(20) However, recent studies in animals have shown that prolonged exposure to an elevated level of oxygen, or hyperoxia, can cause long-term lung injury that resembles ARDS.