Critical care respiratory support encompasses the range of mechanical and technological interventions used to assist or replace spontaneous breathing in patients with severe respiratory failure. Research published in Respiratory Diseases on this topic examines both invasive and noninvasive approaches to ventilatory …
Critical care respiratory support encompasses the range of mechanical and technological interventions used to assist or replace spontaneous breathing in patients with severe respiratory failure. Research published in Respiratory Diseases on this topic examines both invasive and noninvasive approaches to ventilatory support, including investigations into alternatives to conventional mechanical ventilation and optimization of existing support modalities. Published work has explored diaphragmatic pacing as a potential alternative to traditional mechanical ventilation in resource-limited settings, documenting early clinical experience with this neurostimulation approach. Additional research has focused on improving patient-ventilator synchrony during noninvasive ventilation by evaluating technical modifications to ventilation circuits, specifically examining how waterproof devices affect the interaction between patients and ventilatory equipment. This topic remains clinically significant because respiratory failure represents a leading cause of intensive care unit admission worldwide, and the selection and refinement of appropriate respiratory support strategies directly influence patient outcomes, ventilator-associated complications, and healthcare resource utilization. Understanding both conventional and emerging support modalities, as well as technical factors that affect their performance, contributes to evidence-based critical care practice.
2 peer-reviewed articles, ranked by relevance. Each links to its DOI.