压通气 BIPAP ; NCPAP ; PEEP ; positive end expiratory pressure
持续正压通气 continuous positive airway pressure ; CPPV ; nasal continuous positive airway pressure
无创正压通气 NPPV ; NIPPV ; Non-invasive positive pressure ventilation ; Non-injury positive pressure ventilation
持续气道正压通气 CPAP ; continuous positive airway pressure ; nasal continuous positive airway pressure ; Continuous Postive Airway Pressure
呼气末正压通气 PEEP ; positive end expiratory pressure
正压通气 bipap ; CPAP ; NIPPV ; PEEP
间歇正压通气 IPPV ; intermittent positive pressure ventilation
同步间歇正压通气 SIPPV
气道正压通气 NCPAP ; Continuous Positive Airway Pressure ; Biphasic Positive Airway Pressure ; Positive airway pressure
经鼻持续气道正压通气 NCPAP ; nasal continuous positive airway pressure ; Chinese Journal of Medicine ; continuous positive irwy pressure
目的研究体外负压通气对血流动力学的影响。
Objective To study the hemodynamic effects of negative pressure ventilation.
因为正压通气会提高胸内压，减少静脉回流，进而减少心脑血液灌注。
Any form of positive-pressure ventilation is deleterious during cardiac arrest because the increase in intrathoracic pressure decreases venous return to the heart and perfusion of the heart and brain.
结果：间歇负压通气能够增加实验犬潮气量，但对血流动力学无影响。
Results: Negative pressure ventilation produced an increase in tidal volume and no influence on hemodynamic parameters.
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