JAMA · 2008 · 467 citations · 36 references
Critical Care ManagementCritical Care MedicineCritical Care OrganizationSpinal Cord InjuryIntensive Care UnitAcute CarePatient SafetyBed RestNeurologic Intensive CareSepsisAnesthesiologyEarly MobilizationMedicineCritical Emergency MedicineEmergency MedicinePhysical TherapyHospital Medicine
Early mobilization has a strong historical precedent, yet recent routine deep sedation and bed rest for mechanically ventilated patients contribute to neuromuscular complications that impair survivors’ physical function and quality of life. The study proposes a new approach that reduces deep sedation and increases rehabilitation therapy and mobilization soon after ICU admission for mechanically ventilated patients. The authors suggest that early mobilization and reduced sedation can mitigate the pathogenesis of neuromuscular weakness associated with bed rest. Preliminary evidence indicates that early mobilization is safe, feasible, and potentially beneficial in critical care.
Early mobilization of patients in the hospital and the intensive care unit has a strong historical precedent. However, in more recent times, deep sedation and bed rest have been part of routine medical care for many mechanically ventilated patients. A growing body of literature demonstrates that survivors of severe critical illness commonly have significant and prolonged neuromuscular complications that impair their physical function and quality of life after hospital discharge. Bed rest, and its associated mechanisms, may play an important role in the pathogenesis of neuromuscular weakness in critically ill patients. A new approach for managing mechanically ventilated patients includes reducing deep sedation and increasing rehabilitation therapy and mobilization soon after admission to the intensive care unit. Emerging research in this field provides preliminary evidence supporting the safety, feasibility, and potential benefits of early mobilization in critical care medicine.
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F. Plum · Archives of Neurology · 1960 · 10.4K citations
Peripheral Nervous System, Integrative Physiology, Muscle Physiology +24
Early intensive care unit mobility therapy in the treatment of acute respiratory failure*
Peter E. Morris, Amanda Goad, C. Thompson et al. · Critical Care Medicine · 2008 · 1.3K citations