Management of New Atraumatic Compression Fractures
For older adults with new atraumatic compression fractures and likely osteoporosis, outpatient follow-up is sufficient in the vast majority of cases, provided there are no neurological deficits, evidence of spinal instability, or concerning features suggesting malignancy. 1
Immediate Transfer Required (Do Not Delay)
Transfer for urgent orthopedic or neurosurgical evaluation is mandatory only in specific high-risk scenarios:
- Neurological deficits present: Any weakness, numbness, bowel/bladder dysfunction, or radicular symptoms require immediate surgical evaluation due to risk of spinal cord compromise 1
- Spinal instability on imaging: Posterior column involvement, vertebral body collapse >50%, or significant alignment abnormalities necessitate urgent transfer 1
- Suspected pathologic fracture: Known malignancy, unexplained weight loss, age >50 with first fracture, or failure to improve with conservative therapy warrant immediate multidisciplinary evaluation 1
- Multiple level fractures or high-energy trauma: These patterns suggest more severe injury requiring specialized assessment 1
Outpatient Management is Standard Care
For neurologically intact patients with osteoporotic compression fractures and no red flags, conservative outpatient management is the appropriate first-line approach for the initial 3 months. 1
Initial Assessment and Workup
- MRI of the spine without contrast should be obtained to characterize the fracture, rule out pathologic causes, and assess fracture acuity 1
- Clinical evaluation must include thorough neurological examination (including rectal tone if any concern exists) to avoid missing subtle deficits 1
- Laboratory evaluation for secondary causes of osteoporosis and metabolic bone disease is essential 2
Conservative Treatment Protocol
The following outpatient interventions are appropriate:
- Pain management: Acetaminophen and NSAIDs as needed, with caution in elderly patients due to adverse effect risk 1
- Calcitonin: May be considered for the first 4 weeks for clinically important pain reduction, though evidence is limited 1
- Activity modification and bracing as needed for symptom control 1, 3
Critical Osteoporosis Management
Every patient with an atraumatic compression fracture requires systematic evaluation and treatment for underlying osteoporosis—this is not optional. 2
Imminent Fracture Risk
The fracture risk is highest in the immediate 1-2 years following an osteoporotic fracture, with approximately 2-fold increased risk of subsequent fractures 2. Vertebral fractures specifically confer a 5-fold increased risk for additional vertebral fractures 4. This "imminent fracture risk" period demands urgent intervention 2.
Required Evaluation
- DXA scan of spine and hip for bone mineral density assessment 2, 1
- Vertebral imaging (radiography or VFA) to detect additional subclinical vertebral fractures, which are frequently present 2
- Laboratory workup including calcium, vitamin D, PTH, and assessment for secondary causes 2, 1
- Fall risk evaluation with history and specific testing when indicated 2
Pharmacologic Intervention
Most fragility fractures occur in patients with T-scores higher than -2.5, and the fracture itself confirms skeletal fragility requiring treatment regardless of BMD. 2
- Referral to endocrinology or rheumatology should occur within 4-6 weeks for initiation of appropriate pharmacologic therapy 1
- Treatment should not be delayed—the care gap for osteoporosis treatment is approximately 70%, representing a patient care crisis 2
Follow-Up Timeline
- Reassessment at 4-6 weeks to evaluate response to initial conservative treatment 1
- Repeat imaging at 8 weeks if symptoms persist, to assess for fracture progression or new fractures 1
- Ensure osteoporosis treatment initiated and appropriate subspecialty follow-up established 1
Delayed Orthopedic Referral Indications
Referral to orthopedic surgery or interventional radiology is appropriate if:
- Severe pain persists despite 3 months of conservative management 1
- Progressive kyphosis or significant spinal deformity develops during treatment 1, 3
- Pulmonary dysfunction from progressive kyphosis (restrictive lung disease) 1
Vertebroplasty or kyphoplasty may be considered in these refractory cases 3.
Critical Pitfalls to Avoid
- Missing neurological deficits: Always perform comprehensive neurological examination including rectal tone if any concern exists 1
- Failing to rule out malignancy: Obtain complete spine imaging with contrast if any concerning features present (prior cancer history, unexplained weight loss, failure to improve) 1, 5
- Delaying osteoporosis evaluation and treatment: This fracture often represents the first presentation of severe osteoporosis requiring immediate intervention—the treatment gap must be closed 2
- Assuming normal BMD excludes osteoporosis: The fracture itself confirms skeletal fragility even with preserved bone density 2