Guidelines for Stretching with a Sacral Fracture
For patients with sacral fractures, stretching should be avoided during the acute healing phase, with gradual introduction of gentle range-of-motion exercises only after fracture stabilization and under professional guidance to prevent displacement and delayed healing. 1
Classification and Assessment of Sacral Fractures
Sacral fractures can be categorized into three main types:
- Sacral fractures occurring with pelvic ring injuries (most common)
- Isolated sacral fractures of lower segments
- Isolated sacral fractures of upper segments (least common but with highest neurological implications) 2
The stability of the fracture is the primary determinant for rehabilitation protocols:
- Stable fracture patterns (APC-I, LC-I): Can be managed non-operatively with controlled rehabilitation 1
- Unstable fracture patterns (APC-II/III, LC-II/III, VS, CM): Require internal fixation before rehabilitation can begin 1
Acute Phase Management
During the acute phase after a sacral fracture:
- Complete bed rest is indicated to avoid weight-bearing on the fracture site 1
- Pain management with NSAIDs, analgesics, or opioids as necessary 1
- Positioning should avoid pressure on the sacral area to prevent pressure ulcers 1
- Visual and tactile checks of pressure areas at least once daily 1
- Repositioning every 2-4 hours with pressure zone checks 1
Rehabilitation Timeline and Progression
Phase 1: Immediate Post-Injury/Post-Surgery (0-6 weeks)
- No stretching or active mobilization until the fracture is stabilized either surgically or through natural healing 1
- For surgically treated patients with spinopelvic fixation, immediate weight bearing may be permitted 1
- For conservatively managed patients, weight-bearing should be restricted 3
- Early mobilization only when spine is stabilized 1
Phase 2: Early Rehabilitation (6-12 weeks)
- Once healing begins (typically 6-8 weeks for extracapsular fractures):
Phase 3: Advanced Rehabilitation (12+ weeks)
- After confirmed healing (typically 12+ weeks):
Special Considerations
For Osteoporotic Fractures
- Assess bone mineral density (BMD) before beginning rehabilitation 1
- Consider vitamin D and calcium supplementation 1
- Bisphosphonate therapy may improve fracture repair 1
- More cautious approach to weight-bearing progression 1
For Neurological Involvement
- Neurological assessment should guide rehabilitation approach 2
- Gabapentinoid treatment may be needed for neuropathic pain management 1
- More conservative approach to stretching and mobilization 2
Common Pitfalls to Avoid
- Premature stretching or mobilization before fracture stabilization can lead to displacement and non-union
- Overly aggressive physical therapy in the early phases can cause fixation failure 1
- Neglecting pain as a warning sign during rehabilitation activities
- Inadequate monitoring of healing - CT scans are more reliable than X-rays for assessing sacral fracture healing 4
- Failing to address osteoporosis in patients with insufficiency fractures, which can lead to recurrent fractures 5
Monitoring Healing Progress
- CT scans are the gold standard for assessing fracture healing 1, 4
- Traditional radiographs may be unreliable for determining healing status 4
- Clinical indicators of healing include decreased pain with movement and weight-bearing 3
- Complete healing of sacral fractures typically takes 12 weeks, during which patients should follow restricted activity protocols 4
Remember that the primary goal of rehabilitation after sacral fracture is to regain pre-fracture mobility and independence while ensuring proper healing of the fracture 1.