Bone Health & Spine Fractures
Vertebral Compression Fractures
A vertebral compression fracture occurs when a weakened vertebral body partially collapses. Osteoporosis is the most common cause, and the fracture may follow a fall, a minor movement, or no remembered injury.
Overview
The vertebral body is the weight-bearing front portion of each spinal bone. When bone becomes weak, the front of the vertebra may crack and lose height, creating a wedge-shaped compression fracture. Multiple fractures can increase kyphosis and reduce overall height.
Osteoporosis is the most common cause, but fractures can also result from trauma, tumor, infection, or other bone disease. In severe osteoporosis, reaching, twisting, coughing, or a minor fall may be enough to produce a fracture.
Some fractures cause abrupt focal pain; others are discovered after gradual height loss or postural change. A new fracture can alter mechanics, limit breathing or activity, and signal a substantially increased risk of future fractures.
Treatment must address both the painful vertebra and the underlying bone health. Imaging confirms acuity and stability, while bone-density and medical evaluation help reduce future risk.
Symptoms
The presentation ranges from sudden severe pain to a more gradual change in posture. Neurologic symptoms are uncommon in a simple osteoporotic wedge fracture and require careful assessment.
Sudden focal pain
Pain may begin after a fall, twist, cough, lift, or ordinary movement and is often centered over one thoracic or lumbar level.
Movement-related pain
Standing, walking, or changing position may worsen pain, while lying down often provides relief.
Height loss & kyphosis
One or multiple fractures can cause a rounded posture, reduced height, and difficulty standing upright.
Reduced endurance
Pain and postural change can limit walking, self-care, sleep, appetite, and breathing capacity.
Minimal symptoms
Some fractures produce little acute pain and are discovered on imaging or after progressive height loss.
Neurologic or systemic signs
Weakness, numbness, bowel or bladder change, fever, weight loss, or known cancer suggests a more complex process than a routine stable fracture.
Evaluation
Evaluation confirms whether a fracture is new, determines stability and nerve involvement, and investigates why the bone failed. Bone-health assessment is a core part of care.
History
Reviews trauma, onset, osteoporosis risks, steroid use, cancer history, systemic symptoms, and prior fractures.
Physical examination
Assesses focal tenderness, posture, gait, strength, sensation, reflexes, and general medical status.
X-rays
Show vertebral height loss, wedge shape, kyphosis, and additional fractures.
MRI
Identifies fracture acuity, marrow edema, nerve or canal involvement, and features concerning for tumor or infection.
CT
Clarifies fracture morphology, posterior-wall involvement, and bone anatomy.
Bone-health workup
Bone density and selected laboratory testing evaluate osteoporosis or secondary causes of weak bone.
Treatment
Most stable osteoporotic compression fractures improve without open surgery. Treatment combines pain control, safe mobilization, and aggressive attention to bone health and fall prevention.
Nonoperative treatment
Care aims to control pain while preventing the complications of prolonged bed rest and reducing the risk of another fracture.
Medication & early mobility
Appropriate analgesia and a gradual return to walking help avoid deconditioning, blood clots, and loss of independence.
Bracing & therapy
A time-limited brace may improve comfort for selected fractures, while therapy supports posture, balance, extension strength, and safe movement.
Osteoporosis treatment
Calcium and vitamin D adequacy, prescription bone medication when indicated, fall prevention, and medical follow-up address future fracture risk.
Operative treatment
Procedures are considered selectively for persistent severe fracture pain, progressive collapse or deformity, instability, neurologic compression, or a pathologic fracture requiring treatment.
Vertebral augmentation
Kyphoplasty or vertebroplasty may stabilize selected painful fractures when symptoms remain severe despite appropriate care.
Decompression & stabilization
Open surgery may be required when bone retropulsion, instability, deformity, or neurologic compromise threatens the canal or cord.
Tumor-related treatment
Biopsy, oncology treatment, augmentation, or stabilization may be coordinated when a pathologic fracture is suspected.
Patient selection
Fracture age, imaging, pain pattern, bone quality, medical risk, and expected benefit guide whether a procedure is appropriate.
When to seek prompt evaluation
A fracture can be the first sign of fragile bone.
Seek prompt evaluation for severe pain after a fall, new weakness or numbness, bowel or bladder changes, fever, unexplained weight loss, known cancer, or pain that remains intense regardless of position.
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