Take Advantage of a Second Opinion

(502) 588-3630
Contact
Spine

Spine Trauma/Fractures

The spine is a complex and vital structure that provides support, mobility, and protection for the spinal cord. When the spine is injured due to trauma, the consequences can be severe, potentially leading to pain, loss of mobility, and even neurological impairment. One of the most serious outcomes of spinal trauma is a spine fracture, which occurs when one or more vertebrae break due to a sudden force or impact. These fractures vary in severity, from minor compression fractures to life-altering spinal cord injuries.

Dr. Lauren Boden a fellowship-trained orthopedic spine surgeon at the University of Louisville, specializes in the treatment of spine trauma, utilizing minimally invasive procedures and complex spine surgery to restore stability and function.

Spine trauma refers to any injury to the spine, including damage to the vertebrae, spinal cord, or surrounding soft tissues such as ligaments and muscles. The severity of spine trauma can range from mild strains to severe fractures and dislocations that may lead to permanent disability.

A spinal fracture occurs when one or more of the vertebrae break due to high-impact forces, weakened bone structures, or as a combination of both. These fractures can result from traumatic injuries such as car accidents or falls, as well as underlying conditions like osteoporosis, which weaken the bones over time.

Spinal fractures are categorized based on the pattern of injury and the stability of the spine after the trauma. The most common types include:

  1. Compression Fractures: These occur when the vertebra collapses due to excessive pressure, often seen in patients with osteoporosis. Many of these fractures are stable and do not require surgery. First-line treatment involves seeking care with a primary care physician, pain relief with non-narcotic pain medications, medication to improve bone quality and health, and possible bracing for comfort. Pain typically improves as the fracture heals. It is important to take vitamin D and calcium and discuss bone healthy with a primary care physician to prevent further compression fractures. It is also important to stay as active as possible to keep your bones and muscles strong.
  2. Burst Fractures: A more severe form of compression fracture where the vertebra breaks into multiple fragments and disrupts the posterior wall of the vertebral body. Fracture fragments can displace and press on the spinal cord or nerve roots. This fracture type typically results from higher energy trauma that often requires evaluation in the emergency room. If associated with neurological deficits these fractures may require surgical intervention.
  3. Flexion-Distraction Fractures: Occur after high energy trauma such as in car accidents, these fractures happen when the spine is forced into excessive bending, causing a break. Patients are evaluated in the emergency room and often have other injuries. These are unstable injuries that require surgical fixation.
  4. Fracture-Dislocations: The most severe type, where a fracture is accompanied by dislocation of the vertebra, often leading to spinal cord damage. Patients are evaluated in the emergency room and often have other injuries. These are unstable injuries that require surgical fixation.

The symptoms of spinal trauma and fractures depend on the location and severity of the injury. Some people experience mild discomfort, while others suffer from debilitating pain and neurological deficits. Common symptoms include:

  • Severe back or neck pain – Especially after trauma such as a fall or accident.
  • Limited mobility – Difficulty in moving, bending, or standing up.
  • Numbness or tingling – Sensory changes in the arms, legs, or torso.
  • Weakness in the limbs – Indicates potential spinal cord or nerve root involvement.
  • Loss of bladder or bowel control – A serious sign of spinal cord injury that requires immediate medical attention in an emergency room.
  • Deformity of the spine – In cases of severe fractures, the spine may appear misshapen or misaligned.

If a spine fracture is suspected after trauma, immediate medical evaluation in an emergency room is critical to prevent further complications. Initial assessment will include a thorough history and physical exam as well as imaging such as X-rays and a CT scan. If a compression fracture is suspected in the absence of trauma, patients may seek care with their primary care physician or an urgent care as long as there are no neurologic deficits. If any neurologic deficits are present, immediate medical evaluation in an emergency room is recommended.

Spinal fractures and trauma can result from a variety of high-energy accidents, as well as medical conditions that weaken the spine. The most common causes include:

Traumatic Injuries

  • Motor vehicle accidents: The most common cause of spinal fractures, especially in the cervical (neck) and thoracic (mid-back) regions.
  • Falls: Falls, particularly in elderly individuals or people with osteoporosis, can cause a spinal fracture. Even a minor fall can cause vertebral fractures.
  • Sports injuries: High-impact sports like football, gymnastics, or skiing can lead to spine trauma and fracture.
  • Workplace accidents: Heavy lifting, falls from heights, or construction-related incidents can result in fractures.
  • Violence: Gunshot wounds or direct trauma to the spine can lead to fractures or spinal cord injuries.

Medical Conditions

  • Osteoporosis: A condition that weakens bones, making them prone to compression fractures.
  • Cancer (Metastatic Disease): Cancer that spreads to the spine can weaken vertebrae, leading to fractures.
  • Spinal Infections: Infections like osteomyelitis can erode bone structure, increasing fracture risk.

Proper diagnosis is essential for determining the severity of a spinal fracture and planning an appropriate treatment plan. Many of these fractures will be diagnosed at an urgent care or emergency room after a trauma. However, some patients will experience a fracture without any trauma and may present with symptoms in the clinic setting. Dr. Lauren Boden, M.D., utilizes advanced imaging techniques and thorough clinical evaluations to diagnose spinal injuries accurately.

History and Physical Examination

Dr. Lauren Boden, a spine surgeon, will take a detailed history and assess pain levels, movement restrictions, and neurological function to determine the extent of the injury. She will check for weakness, reflex changes, and sensory loss, which could indicate spinal cord or nerve root involvement.

Imaging Studies

  • X-rays – The first step in imaging, used to detect fractures and alignment issues.
  • CT scans (Computed Tomography) – Provide detailed cross-sectional images of the spine to better assess the fracture pattern and severity of fractures.
  • MRI – Advanced cross-sectional imaging that more clearly shows the soft tissues and is helpful for evaluating spinal cord injuries, nerve compression, and soft tissue damage.

Dr. Lauren Boden a fellowship-trained orthopedic spine surgeon at the University of Louisville, specializes in minimally invasive and complex spine surgery to treat traumatic spine injuries. With a comprehensive approach to diagnosis and treatment, patients can regain mobility, reduce pain, and prevent further spinal damage. If you or a loved one experience spine trauma or a spinal fracture, seeking prompt evaluation and expert care is the key to recovery and long-term spinal health. For most patients the initial evaluation will be in the emergency room or at urgent care. For many others this will be with a primary care physician. Dr. Boden is located within the University of Louisville hospital system which has a Level 1 Trauma Center for Adults, the highest level of care for the most severely injured patients who need it most. If you need follow up care after a hospital visit for a spine fracture, contact her office to schedule a consultation to learn more about your spine fracture.

At a Glance

About Our Team

  • Fellowship-Trained Orthopedic Surgeons
  • Assistant Professors of Orthopedic Surgery, University of Louisville
  • Authors of orthopedic research and publications
  • Learn more