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机译:机械通风将血液重新分配到实验性肺损伤中的通风良好区域*
Centre for Human and Applied Physiological Sciences Faculty of Life Sciences and Medicine King’s;
Nuffield Division of Anaesthetics Nuffield Department of Clinical Neurosciences University of;
Nuffield Division of Anaesthetics Nuffield Department of Clinical Neurosciences University of;
Hedenstierna Laboratory Department of Medical Sciences Uppsala University;
Hedenstierna Laboratory Department of Surgical Sciences Uppsala University;
Centre for Human and Applied Physiological Sciences Faculty of Life Sciences and Medicine King’s;
Centre for Human and Applied Physiological Sciences Faculty of Life Sciences and Medicine King’s;
机译:机械通风将血液重新分配到实验性肺损伤中的通风良好区域*
机译:低潮气量通气可改善LPS诱发的肺损伤后机械通气大鼠的左心功能不全
机译:单肺通气下肺癌根治术前适应性间歇通气对非通气肺组织损伤及凋亡分子蛋白表达的影响
机译:添加到机械通风的噪声改善了急性肺损伤中的气体交换
机译:实验性机械通气后肺损伤和炎症的潜在机制。
机译:压力支持通气通过在实验性肺损伤中重新分配肺血流来改善氧合作用
机译:低潮气量通气可改善LPS诱发的肺损伤后机械通气大鼠的左心功能不全
机译:机械通气猪急性肺损伤时脉冲剂量输送氧气。