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This book is a practical and easily understandable guide for mechanical ventilation. With a focus on the basics, this text begins with a detailed account of the mechanisms of spontaneous breathing as a reference point to then describe how a ventilator actually works and how to effectively use it in practice. The text then details: the various modes of ventilation commonly used in clinical practice; patient-ventilator interactions and dyssynchrony; how to approach a patient on the ventilator with respiratory decompensation; the optimal ventilator management for common disease states like acute respiratory distress syndrome and obstructive lung disease; the process of ventilator weaning; and hemodynamic effects of mechanical ventilation. Written for medical students, residents, and practicing physicians in a variety of different specialties (including internal medicine, critical care, surgery and anesthesiology), this book will instruct readers on how to effectively manage a ventilator, as well as explain the underlying interactions between it and the critically ill patient.
Medicine. --- Emergency medicine. --- Critical care medicine. --- Respiratory organs --- Medicine & Public Health. --- Pneumology/Respiratory System. --- Intensive / Critical Care Medicine. --- Emergency Medicine. --- Clinical sciences --- Medical profession --- Human biology --- Life sciences --- Medical sciences --- Pathology --- Physicians --- Respiratory diseases --- Intensive care --- Intensive medicine --- Medicine --- Emergency medicine --- Intensive care units --- Medicine, Emergency --- Critical care medicine --- Disaster medicine --- Medical emergencies --- Diseases. --- Respirators (Medical equipment) --- Artificial respiration. --- Artificial ventilation (Therapy) --- Mechanical ventilation (Therapy) --- Pulmonary resuscitation --- Rescue breathing --- Respiration, Artificial --- Ventilation, Mechanical (Therapy) --- First aid in illness and injury --- Respiratory therapy --- Resuscitation --- Mechanical ventilators (Medical equipment) --- Pulmonary ventilators --- Respirators --- Ventilators, Mechanical (Medical equipment) --- Ventilators, Pulmonary --- Anesthesiology --- Artificial respiration --- Apparatus and instruments --- Equipment and supplies --- Pneumology. --- Ventilators, Mechanical --- Respiratory Mechanics --- Breathing Mechanics --- Breathing Mechanic --- Mechanic, Breathing --- Mechanic, Respiratory --- Mechanics, Breathing --- Mechanics, Respiratory --- Respiratory Mechanic --- Airway Resistance --- Lung Compliance --- Pulmonary Ventilator --- Pulmonary Ventilators --- Ventilator, Pulmonary --- Ventilators --- Mechanical Ventilator --- Mechanical Ventilators --- Respirator --- Ventilator --- Ventilator, Mechanical --- Liquid Ventilation --- Ventilator-Induced Lung Injury --- Mechanical Ventilation --- Ventilation, Mechanical --- Artificial Respiration --- Artificial Respirations --- Mechanical Ventilations --- Respirations, Artificial --- Ventilations, Mechanical --- Humidifiers --- Respiratory organs—Diseases.
Choose an application
This book is a practical and easily understandable guide for mechanical ventilation. With a focus on the basics, this text begins with a detailed account of the mechanisms of spontaneous breathing as a reference point to then describe how a ventilator actually works and how to effectively use it in practice. The text then details: the various modes of ventilation commonly used in clinical practice; patient-ventilator interactions and dyssynchrony; how to approach a patient on the ventilator with respiratory decompensation; the optimal ventilator management for common disease states like acute respiratory distress syndrome and obstructive lung disease; the process of ventilator weaning; and hemodynamic effects of mechanical ventilation. Written for medical students, residents, and practicing physicians in a variety of different specialties (including internal medicine, critical care, surgery and anesthesiology), this book will instruct readers on how to effectively manage a ventilator, as well as explain the underlying interactions between it and the critically ill patient.
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