Inspira Developing Modular Blood Oxygenation System for Critical Care
Unlike traditional fiber-based oxygenators, the system is designed to maintain a more natural blood flow, potentially reducing harmful effects on blood components.
Unlike traditional fiber-based oxygenators, the system is designed to maintain a more natural blood flow, potentially reducing harmful effects on blood components.
Unlike traditional fiber-based oxygenators, the system is designed to maintain a more natural blood flow, potentially reducing harmful effects on blood components.
Read MoreA growing number of engineered stone countertop workers are developing silicosis, a preventable lung disease linked to high silica dust exposure.
Read MoreOngoing patient monitoring by respiratory therapists and critical care staff is key to survival and outcomes in the neonatal/pediatric intensive care unit.
Read MoreRespiratory failure due to hypoxemia and/or hypercapnia calls for oxygen therapy, positive pressure support, and possibly ventilatory support. Care for these patients may escalate and require higher flow, FiO2, and more complex devices and intensive monitoring.
Read MoreThe study seeks to provide data on the benefits and costs of non-invasive ventilation for respiratory patients, potentially influencing future healthcare policies and patient access.
Read MoreThe trial will examine whether VentFree, a neuromuscular electrical stimulator, can reduce the time acute respiratory failure patients spend on mechanical ventilation.
Read MoreA combination of CRISPR/Cas9 genome editing and blastocyst complementation was used to produce mouse lungs in rats for the first time.
Read MoreA virtual reality (VR) simulation program at Cincinnati Children’s Hospital helped PICU staff hone their ability to recognize signs of respiratory distress and impending respiratory failure in pediatric patients, according to a AJCC study.
Read MoreResearchers say different levels of sedation may explain disparities in deaths from respiratory failure.
Read MoreA phase 2 study showed the treatment improved blood oxygen levels and lowered the risk of long-term sensory and motor neurologic symptoms.
Read MoreIn RT’s January-February 2022 issue, we cover advanced practice respiratory therapists (APRTs); recent advancements in bronchoscopy; and acute respiratory distress syndrome and respiratory failure during the COVID-19 pandemic.
Read MoreThe world’s health and how healthcare was delivered underwent significant changes in late December, 2019 into for spring and summer of 2020 as severe acute respiratory syndrome coronavirus 2 (SARSCoV-2) emerged from China. The COVID-19 pandemic forced rapid moves in research to study the novel virus, develop quick, reliable diagnostic tests, develop effective vaccines, and work out strategies to care for all who were infected with the disease.
Read MorePeople hospitalized with e-cigarette and vaping-associated lung injury in rural areas are more at risk for severe respiratory failure compared to people in urban regions, new research found.
Read MoreOxygen can be delivered through the wall of the intestine to compensate for the reduced availability of oxygen within the body that occurs in lung diseases.
Read MoreWhile studies show no general differences between males and females who have ARDS, management of the disease based on gender does matter.
Read MoreResults of a recent study conducted in Australia and New Zealand to be published in JAMA is being published early online because of its public health importance.
Read MoreNIV is now the standard of care for patients with acute-to-chronic respiratory failure. It takes special skills to apply it properly.
Read MoreAlternative ventilatory modes have been used to avoid high ventilating pressures and large swings in baseline-to-peak airway pressures; these include pressure-controlled ventilation, pressure-controlled inverse-ratio ventilation, high-frequency ventilation, and airway pressure release ventilation (APRV).
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