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Early mobilization of patients in ICU improves outcomes
May 18, 2009
ATS 2009, SAN DIEGO-Aside from the obvious and immediate health problems that patients undergoing mechanical ventilation face, those who recover often do so with profound loss of strength and mobility that can impair their daily functioning and even lead to increased risk of morbidity and mortality down the line. Now research shows that functional status may be restored earlier to ICU patients by performing daily interruptions in sedation paired with mobilization and exercise, as led by physical and occupational therapists. The study results will be announced on May 17 at the 105th International Conference of the American Thoracic Society in San Diego.
"Weakness and loss of functional independence-the inability to transfer from bed, walk and execute typical daily self-care activities, such as cleaning and dressing oneself-are commonly experienced among patients discharged from the intensive care unit," said William Schweickert, M.D., assistant professor of medicine in the Pulmonary, Allergy, and Critical Care Division at the University of Pennsylvania Medical Center. "This can result in major disability and protracted rehabilitation and may be accelerated or exacerbated by prolonged periods of immobility, especially among patients who undergo mechanical ventilation and sedation."
"Because ICU-acquired weakness is associated with such poor outcomes and potentially exacerbated by deep sedation and immobility, we wanted to see whether mobilization begun in the earliest days of respiratory failure would improve patient function at hospital discharge and reduce delirium," he continued.
Dr. Schweickert and colleagues conducted a randomized trial of 100 patients who were undergoing sedation and mechanical ventilation in the ICU. They compared patients who underwent a protocol of daily mobilization in conjunction with sedative interruption with those who underwent sedative interruption alone and therapy services as ordered by their primary care team.
They found that patients who underwent the mobilization protocol were more frequently able to get out of bed, stand and occasionally walk with assistance during mechanical ventilation. The physical regimens prescribed by the primary care team, on the other hand, often began only after mechanical ventilation was no longer needed, potentially leading to a longer loss of functional status and a longer recovery time.
The degree of functional loss in the control arm was substantial-only one third of patients left the hospital able to function independently. In contrast, nearly 60 percent of the early mobilization patients had achieved independence.
"Overall, patients in the mobilization group were nearly twice as likely to regain their functional independence at hospital discharge and experienced less delirium than did their counterparts who did not receive the intervention," said Dr. Schweickert.
"The benefits of pairing mobilization and sedative interruption from the inception of critical illnesses are substantial, but the improvements in function are not easily recognizable until about two weeks," observed Dr, Schweickert, adding that "starting these therapies early can be difficult in the context of ongoing critical illness, yet the data highlights that it can be done safely. We still need to test how this intervention and its findings translate into longer-term survival and better quality of life."
American Thoracic Society
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Mechanical Ventilation: Physiological and Clinical Applications
by Susan P. Pilbeam (Author), J. M. Cairo (Author)
Reorganized to better reflect the order the order in which mechanical ventilation is typically taught, this text focuses on the management of patients who are receiving mechanical ventilatory support and provides clear discussion of mechanical ventilation and its application. The 4th edition features two-color illustrations, an increased focus on critical thinking, a continued emphasis on ventilator graphics, and several new chapters including non-invasive positive pressure ventilation and long-term ventilation. * Excerpts of the most recent CPGs are included to give students important information regarding indications/contraindications, hazards and complications, assessment of need, assessment of outcome, and monitoring. * Clinical Rounds boxes contain problems that may be encountered...
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Workbook for Mechanical Ventilation: Physiological and Clinical Applications
by Susan P. Pilbeam MS RRT FAARC (Author), Sindee Karpel MPA RRT AE-C (Author), Neil Rodia MS RRT (Author)
In addition to the learning objectives, review questions, and case studies, this companion Workbook for Mechanical Ventilation now includes a Key Terms Crossword Puzzle, critical thinking questions, NBRC-style questions, and helpful Internet sites for each chapter. * The learning objectives from the text are restated to reinforce the basic concepts that students should learn from each chapter. * Review questions based on chapter learning assist in student interaction with the textbook. * Case studies help students further apply core text information to real-life patient scenarios.
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Mechanical Ventilation
by Neil R. MacIntyre MD (Author), Richard D. Branson MSc RRT (Author)
With cutting-edge and clinically relevant information, MECHANICAL VENTILATION, 2nd Edition takes a practical, clinical approach to the principles and practice of mechanical ventilation. This informative resource explains mechanical ventilation decisions and procedures in real-world terms so information is easy to understand and apply. This thoroughly updated edition includes one new chapter, four completely updated chapters, and a wealth of new user-friendly features.
Detailed, clinically focused coverage of the application of mechanical ventilation to the most common respiratory diseases, provides practical answers to real life problems.UNIQUE! Sections of chapters on Special Techniques and Future Therapies include information on the newest techniques for treating patients in...
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Principles and Practice of Mechanical Ventilation, 2nd Edition
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THE account of the use of mechanical ventilation in critically ill patients A Doody's Core Title! 4 STAR DOODY'S REVIEW! "This second edition continues the role established by its predecessor as the leading work in the field. Mechanical ventilation, as a defining event of critical care, has seen an explosion of physiologic and outcomes research in the past decade. Our thinking about management of ARDS, ventilator-induced lung injury, patient-ventilator interaction, and infectious complications has changed dramatically. All of this recent work is summarized here."--Doody's Review Service Editor Martin J. Tobin--past editor-in-chief of the American Journal of Respiratory and Critical Care Medicine--has completely revised this text,...
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Essentials of Mechanical Ventilation
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This resource covers the essentials of mechanical ventilation of respiratory care patients. It comprehensively covers all aspects of ventilation management and teaches clinical decision-making based on the patient's disease. Revised and updated, the new Second Edition features new chapters on: non-invasive positive pressure ventilation for acute respiratory failure, home mechanical ventilation, high-frequency ventilation, prone-positioning, nitric oxide and helium usage, partial liquid and TGI.
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Clinical Application of Mechanical Ventilation
by David W. Chang (Author)
With a concise and easy-to-read approach, the new edition of this book integrates the essential concepts of respiratory physiology with the clinical application of mechanical ventilation. Extensive coverage of airway management and weaning criteria, and a concise view of pharmacotherapy for mechanical ventilation are included. Each chapter features visual examples illustrating concepts, key points summarized in margin references, and assessment questions written in NRBC format, to help prepare learners to sit for the exam. Fifteen case studies enable learners to apply theoretical knowledge to real-world critical thinking situations they may face in the field.
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Fundamentals of Mechanical Ventilation: A Short Course on the Theory and Application of Mechanical Ventilators
by Robert L. Chatburn (Author)
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Core Topics in Mechanical Ventilation (Cambridge Medicine)
by Iain Mackenzie (Editor)
Mechanical ventilation is a life-critical intervention provided to patients in a wide variety of clinical settings, involving the careful interplay of physiology, pathology, physics and technology. This unique text explains the underlying physiological and technical concepts of ventilation, aided by numerous full colour diagrams, and places these concepts into clinical context with practical examples. Core Topics in Mechanical Ventilation provides a broad and in-depth coverage of key topics encountered in clinical practice, from the initial assessment of the patient to transportation of the ventilated patient and weaning from ventilation. Issues such as sedation, analgesia and paralysis and the management of complications are reviewed, along with a discussion of various ventilation modes...
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Mechanical Ventilation: Clinical Applications and Pathophysiology
by Peter J. Papadakos MD (Author), B. Lachmann MD PhD (Author)
One of the key tools in effectively managing critical illness is the use of mechanical ventilator support. This essential text helps you navigate this rapidly evolving technology and understand the latest research and treatment modalities. A deeper understanding of the effects of mechanical ventilation will enable you to optimize patient outcomes while reducing the risk of trauma to the lungs and other organ systems.
A physiologically-based approach helps you better understand the impact of mechanical ventilation on cytokine levels, lung physiology, and other organ systems. The latest guidelines and protocols help you minimize trauma to the lungs and reduce patient length of stay. Expert contributors provide the latest knowledge on all aspects of mechanical ventilation,...
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Oxygen Delivery Systems And Mechanical Ventilation Made easy for House Officers
by Mounir Fertikh (Author)
A comprehensive book made for house officers to understand the basics of oxygen delivery systems and mechanical ventilation.
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