Early Mobilization in Non-Ambulatory Patients
Early mobilization should be implemented in all non-ambulatory patients within 24-48 hours of admission unless contraindicated, as it reduces the risk of venous thromboembolism, improves functional outcomes, and decreases mortality. 1, 2
Indications for Early Mobilization
- All patients admitted with acute conditions (particularly stroke) should be assessed by rehabilitation professionals within 48 hours of admission to determine mobility status and develop an appropriate mobilization plan 1
- Frequent, brief, out-of-bed activity involving active sitting, standing, and walking should begin within 24 hours of admission for non-ambulatory patients if there are no contraindications 1, 2
- Early mobilization should be implemented as part of a comprehensive care bundle that includes pain management, anxiety control, and delirium prevention 1
Contraindications to Early Mobilization
- Arterial puncture for an interventional procedure 1
- Unstable medical conditions 1
- Low oxygen saturation 1
- Lower limb fracture or injury 1
- Hemodynamic instability (e.g., mean arterial pressure <60 mmHg) 1
Protocol for Mobilization in Non-Ambulatory Patients
Initial Assessment
- Determine baseline mobility status and functional capacity 1
- Screen for contraindications to mobilization 1
- Establish appropriate mobilization goals based on patient condition 1
Implementation
- Begin with passive mobilization for patients with impaired consciousness or inability to participate actively 1
- Progress to active mobilization as soon as the patient is able to participate 1
- Follow a stepwise approach to reach the highest possible level of mobility 1
- Ensure adequate staffing and secure all lines, tubes, and drains before mobilization 1
Monitoring During Mobilization
- Discontinue mobilization if any of the following occur 1:
- Oxygen desaturation <86%
- Heart rate increase >30% from baseline
- Systolic blood pressure rise ≥40 mmHg from baseline
- Mean arterial pressure <60 mmHg
- New onset or worsened cardiac arrhythmia
- Deterioration in level of consciousness
- Unmanageable pain
Venous Thromboembolism (VTE) Prevention in Non-Ambulatory Patients
- Intermittent pneumatic compression (IPC) devices should be applied within 24 hours of admission for non-ambulatory patients 1
- IPC should be continued until the patient becomes independently mobile, is discharged, develops adverse effects, or reaches 30 days (whichever comes first) 1
- Daily skin integrity assessment is required for patients using IPC devices 1
- Low-molecular-weight heparin should be considered for high-risk patients with acute ischemic stroke 1
- Anti-embolism stockings alone are not recommended for post-stroke VTE prophylaxis 1
- For patients remaining immobile longer than 30 days, ongoing pharmacological VTE prophylaxis is recommended 1
Assistive Devices for Non-Ambulatory Patients
Appropriate assistive devices should be prescribed based on individual patient needs 1:
- Single-point canes for patients requiring minimal support
- Tripod or quad canes for patients needing more stability
- Walkers (two-wheeled, four-wheeled) for patients requiring substantial support
- Wheelchairs for patients unable to ambulate safely
An ankle-foot orthosis (AFO) is recommended for patients with foot drop to improve mobility and gait mechanics 1
Common Pitfalls and Caveats
- Delaying mobilization beyond 48 hours increases risk of complications including VTE, pressure injuries, and functional decline 1, 3
- Overaggressive early mobilization (within first 24 hours of stroke) may be harmful for some patients - clinical judgment is essential 1
- Failure to assess skin integrity daily when using IPC devices can lead to skin breakdown 1
- Inadequate staffing or preparation before mobilization attempts increases risk of adverse events 1
- Neglecting to secure lines and tubes before mobilization can lead to accidental dislodgement 1
By implementing early, appropriate mobilization strategies for non-ambulatory patients, healthcare providers can significantly reduce complications, improve functional outcomes, and enhance quality of life.