Results 51 to 60 of about 43,712 (196)
BASIC MECHANISM OF HYPERBARIC OXYGEN IN INFECTIOUS DISEASE
Hyperbaric oxygen therapy (HBOT) is the inhalation of 100 percent oxygen inside a hyperbaric chamber that is pressurized to greater than 1 atmosphere (atm). HBOT causes both mechanical and physiologic effects by inducing a state of increased pressure and
Prihartini Widiyanti
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The Association between Mortality and the Oxygen Saturation and Fraction of Inhaled Oxygen in Patients Requiring Oxygen Therapy due to COVID-19–Associated Pneumonia [PDF]
Keum-Ju Choi+2 more
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Inhaled corticosteroids and survival in COPD patients receiving long-term home oxygen therapy [PDF]
Ružena Tkáčová+2 more
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Hyberbaric oxygen as sole treatment for severe radiation - induced haemorrhagic cystitis
Purpose To examine the safety and efficacy of hyperbaric oxygen as the primary and sole treatment for severe radiation-induced haemorrhagic cystitis. Materials and methods Hyperbaric oxygen was prospectively applied as primary treatment in 38 patients
Athanasios Dellis+4 more
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Introduction: The challenge of maintaining normoxemia in preterm infants undergoing respiratory support and oxygen therapy has led to the development of closed-loop automatic control systems for FiO2.
Gustavo Rocha+3 more
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Randomized crossover trial of a demand oxygen delivery system in nocturnal hypoxemia
The newly developed portable oxygen concentrator with an auto-demand oxygen delivery system (auto-DODS) automatically switches between 3 sensitivities according to the negative pressure gradient of inhalation and supplies oxygen only during inhalation ...
Atsuhiko Yatani+9 more
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Clinical–Ultrasound Model to Predict the Clinical Course in Bronchiolitis
Background: The aim of the present study was to develop a clinical–ultrasound model for early detection of hospital admission, pediatric intensive care unit (PICU) admission, and oxygen requirement in children diagnosed with acute bronchiolitis (AB ...
Lucía Rodríguez García+4 more
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[Respiratory failure and oxygen inhalation therapy].
Tomoyuki Tomita
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目的 评估不同供氧方式的高压氧治疗下,发病30 d内卒中术后患者经皮氧分压(transcutaneous oximetry,TcPO2)的变化。 方法 回顾性纳入2023年1月1日—2024年6月20日在高压氧科接受治疗的发病30 d内卒中术后患者,根据气道情况分为正常气道面罩加储气囊供氧(面罩组)和人工气道头罩供氧(头罩组)。高压氧治疗期间实时监测TcPO2,比较两种供氧方式下TcPO2变化。 结果 本研究共入选26例患者,面罩组和头罩组各13例。面罩组升压开始时TcPO2为(55.92±9.58)
任梓齐1,王勤芳1,2,刘亚玲1,王丛1,于秋红1 (REN Ziqi1, WANG Qinfang1,2, LIU Yaling1, WANG Cong1, YU Qiuhong1 )
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