Pilbeam's Mechanical Ventilation Physiological and Clinical Applications
Cairo, J. M.
Pilbeam's Mechanical Ventilation Physiological and Clinical Applications Compiled by James M. Cairo - 7th edition - Missouri Elsevier 2016 - xvii, 555p ill, 27.5cm
previously published as 6th edition in 2015
Pilbeam's, S. P. (2021). Pilbeam's mechanical ventilation: Physiological and clinical applications (7th ed.). Elsevier.
Introduction to Mechanical Ventilation – Overview of mechanical ventilation and its clinical applications.
Ventilator Basics – Principles of mechanical ventilation, modes, and settings.
Patient Ventilator Interactions – Monitoring patient response and troubleshooting.
Ventilator Graphics – Understanding waveforms and loop diagrams.
Pulmonary Mechanics – Concepts of lung compliance, resistance, and airway pressures.
Specialized Ventilation – Use of mechanical ventilation in pediatric, neonatal, and bariatric patients.
Ventilator-Associated Complications – Identifying and managing complications like VAP (Ventilator-Associated Pneumonia).
Weaning and Extubation – Approaches to weaning patients off ventilation.
Capnography and Blood Gas Interpretation – Assessing ventilator performance with capnography and interpreting ABGs.
Pilbeam's Mechanical Ventilation, 7th Edition is a comprehensive guide to the principles and clinical applications of mechanical ventilation. It covers essential topics such as ventilator modes, settings, and patient-ventilator interactions. The book emphasizes understanding pulmonary mechanics, ventilator graphics, and the management of ventilator-associated complications like VAP. Special sections focus on ventilation for pediatric, neonatal, and bariatric patients, as well as strategies for weaning and extubation. It also includes guidance on using capnography and interpreting blood gases to assess ventilator performance. This resource is designed for healthcare professionals to safely and effectively manage mechanical ventilation in clinical settings.
978-0323551274
Mechanical Ventilation, Ventilator Modes, Patient-Ventilator Interaction, Pulmonary Mechanics
WF145.C37.2016
Pilbeam's Mechanical Ventilation Physiological and Clinical Applications Compiled by James M. Cairo - 7th edition - Missouri Elsevier 2016 - xvii, 555p ill, 27.5cm
previously published as 6th edition in 2015
Pilbeam's, S. P. (2021). Pilbeam's mechanical ventilation: Physiological and clinical applications (7th ed.). Elsevier.
Introduction to Mechanical Ventilation – Overview of mechanical ventilation and its clinical applications.
Ventilator Basics – Principles of mechanical ventilation, modes, and settings.
Patient Ventilator Interactions – Monitoring patient response and troubleshooting.
Ventilator Graphics – Understanding waveforms and loop diagrams.
Pulmonary Mechanics – Concepts of lung compliance, resistance, and airway pressures.
Specialized Ventilation – Use of mechanical ventilation in pediatric, neonatal, and bariatric patients.
Ventilator-Associated Complications – Identifying and managing complications like VAP (Ventilator-Associated Pneumonia).
Weaning and Extubation – Approaches to weaning patients off ventilation.
Capnography and Blood Gas Interpretation – Assessing ventilator performance with capnography and interpreting ABGs.
Pilbeam's Mechanical Ventilation, 7th Edition is a comprehensive guide to the principles and clinical applications of mechanical ventilation. It covers essential topics such as ventilator modes, settings, and patient-ventilator interactions. The book emphasizes understanding pulmonary mechanics, ventilator graphics, and the management of ventilator-associated complications like VAP. Special sections focus on ventilation for pediatric, neonatal, and bariatric patients, as well as strategies for weaning and extubation. It also includes guidance on using capnography and interpreting blood gases to assess ventilator performance. This resource is designed for healthcare professionals to safely and effectively manage mechanical ventilation in clinical settings.
978-0323551274
Mechanical Ventilation, Ventilator Modes, Patient-Ventilator Interaction, Pulmonary Mechanics
WF145.C37.2016