Spinal Fractures and Trauma
Expert Spinal Fracture Treatment in Bergen County, New Jersey.
A spinal fracture is a break in one or more of the vertebrae that make up the spine. Like fractures elsewhere in the body, spinal fractures range considerably in severity. Some are stable injuries that heal well with conservative care and proper bracing. Others are unstable fractures that compromise the structural integrity of the spine, threaten the spinal cord or nerve roots, and require surgical stabilization to protect neurological function and allow healing.
What distinguishes spinal fractures from most other fractures is the proximity to the spinal cord and nerve roots. A broken wrist is painful, but a vertebral fracture in the wrong location can produce paralysis, chronic pain, progressive deformity, or significant neurological impairment if it is not correctly identified and treated. This is why the evaluation and management of spinal fractures requires a spine specialist with the training to assess not just the bone injury, but its relationship to the surrounding neural structures.
Rishi N. Sheth, MD at Spine Care New Jersey evaluates and treats the full spectrum of spinal fractures, from osteoporotic compression fractures in older adults to traumatic fractures from high-energy injuries in younger patients. Dr. Sheth’s training in minimally invasive spine surgery, spinal instrumentation, and neurosurgical oncology, which includes experience with pathological fractures caused by spinal tumors, gives patients in New Jersey access to a comprehensive level of fracture care that addresses every dimension of the injury.
Types Not All Spinal Fractures Are the Same — and the Differences Matter.
Understanding the type of fracture present is the first step toward determining the right treatment. Spinal fractures are classified based on their mechanism of injury, the pattern of bone failure, and whether they are considered stable or unstable.
Compression Fracture
A vertebral compression fracture occurs when the front portion of a vertebral body collapses under compressive load. It is the most common type of spinal fracture overall, and by far the most common in older adults with osteoporosis. Compression fractures can occur with surprisingly minor trauma in patients with significantly weakened bones, sometimes from something as simple as bending forward to lift a light object or even a forceful sneeze. They produce a characteristic wedge shape on imaging as the front of the vertebra collapses while the back remains relatively intact.
Burst Fracture
A burst fracture involves the shattering of the entire vertebral body, with bone fragments potentially being pushed into the spinal canal in multiple directions. It is a more severe injury typically caused by significant axial loading, such as a fall from height landing on the feet or buttocks, or a motor vehicle accident. Because bone fragments can enter the spinal canal, burst fractures carry a higher risk of spinal cord or nerve root injury than simple compression fractures and require careful assessment before a treatment decision is made.
Flexion-Distraction Fracture
Also called a Chance fracture, this injury occurs when the spine is forcibly flexed while simultaneously being distracted, or pulled apart. It is classically associated with lap belt injuries in motor vehicle accidents and involves failure of the posterior bony and ligamentous structures of the spine. Flexion-distraction fractures require careful evaluation as they often involve ligamentous injury that does not show up well on plain X-rays.
Fracture-Dislocation
This is the most severe category of spinal fracture, involving failure of both the bony and ligamentous stabilizers of the spine with resulting translation or rotation of one vertebra over another. Fracture-dislocations are inherently unstable, frequently associated with spinal cord injury, and almost always require surgical stabilization.
Pathological Fracture
A pathological fracture occurs through bone that has been weakened by an underlying condition rather than by trauma. Osteoporosis is the most common cause, but spinal tumors, whether primary or metastatic, can also cause vertebral fractures by destroying the normal bone structure. When a fracture occurs without proportionate trauma, or in a patient with a known cancer diagnosis, pathological fracture must be considered.
SYMPTOMS Recognizing the Symptoms of a Vertebral Fracture.
Spinal fracture symptoms vary considerably depending on the type of fracture, its location, and whether the spinal cord or nerve roots are involved. Understanding what to look for can make the difference between a timely diagnosis and weeks or months of unnecessary suffering.
Sudden, severe back or neck pain following a fall, accident, or significant physical stress is the most obvious presentation of a traumatic spinal fracture. The pain is typically localized to the level of the injury and is made significantly worse by movement, standing, or any activity that loads the spine.
In osteoporotic compression fractures, the onset of pain is sometimes surprisingly gradual or even absent initially. Some patients notice a progressive loss of height over time, the development of a stooped posture, or increasing back pain and stiffness before they or their doctor recognize that multiple vertebrae have silently fractured and collapsed.
Radiating pain, numbness, or tingling into the arms or legs indicates that the fracture is affecting a nerve root and requires prompt evaluation. Progressive weakness in any limb following a spinal injury is a neurological emergency that needs immediate assessment.
Height loss and progressive kyphosis, the forward rounding of the upper back sometimes called a dowager's hump, are long-term consequences of multiple untreated compression fractures in the thoracic spine. The cumulative effect of multiple collapsed vertebrae alters the balance of the entire spine and can produce significant functional limitations.
Abdominal pain or difficulty breathing in the setting of thoracic spine fractures can occur because the thoracic vertebrae are directly connected to the rib cage, and fractures at these levels can affect respiratory mechanics.
DIAGNOSIS Getting the Diagnosis Right Before Choosing a Treatment Path.
Accurate diagnosis of a spinal fracture requires the right imaging at the right time. Rishi N. Sheth, MD personally reviews all imaging and clinical findings for every spinal fracture patient at Spine Care New Jersey before any treatment recommendation is made.
Diagnosis
Plain X-rays of the spine are the appropriate first-line imaging study for a suspected spinal fracture. They provide a rapid overview of vertebral alignment, height loss, and obvious bony injury. However, X-rays have significant limitations in detecting subtle fractures, ligamentous injury, and any involvement of the spinal canal.
CT scanning provides detailed visualization of the bony anatomy of the fractured vertebra, the degree of canal compromise from retropulsed bone fragments, and the overall stability of the injured segment. It is an essential study for any fracture being considered for surgical treatment.
MRI is particularly valuable for assessing the spinal cord and nerve roots for injury, identifying ligamentous damage that is invisible on CT, and determining whether a compression fracture is acute or chronic. In pathological fractures, MRI often reveals the underlying tumor or marrow abnormality causing the bony weakness.
Non-Surgical Treatment
Many spinal fractures, particularly stable compression fractures in patients with osteoporosis, are successfully managed without surgery. Conservative treatment typically involves a period of activity modification and pain management, followed by gradual mobilization with appropriate bracing support. Physical therapy focuses on careful restoration of mobility and strength once the acute phase of healing has passed.
Pain management during the acute phase may include anti-inflammatory medications, muscle relaxants, and in some cases short-term use of stronger analgesics under medical supervision. Rishi N. Sheth, MD coordinates these aspects of care as part of a comprehensive treatment plan.
Osteoporosis treatment is an essential component of managing vertebral compression fractures in appropriate patients. Addressing the underlying bone quality reduces the risk of future fractures at adjacent levels.
Minimally Invasive Surgical Treatment
Vertebroplasty and kyphoplasty are minimally invasive procedures that stabilize painful compression fractures of the vertebral body by injecting bone cement through a small needle under imaging guidance. They are highly effective for acute osteoporotic and pathological compression fractures that are causing significant pain unresponsive to conservative measures.
In kyphoplasty, a balloon is first inflated within the collapsed vertebra to restore some of its lost height before the cement is injected. This step can reduce the kyphotic deformity associated with compression fractures and further stabilize the treated segment. Most patients experience significant and rapid pain relief after these procedures, often within 24 to 48 hours.
Spinal Stabilization Surgery
Unstable fractures, burst fractures with canal compromise and neurological involvement, fracture-dislocations, and fractures that fail conservative management require surgical stabilization. The goals of surgery are to decompress the spinal cord and nerve roots if they are being compressed, restore and maintain spinal alignment, and stabilize the injured segment with instrumentation to allow safe mobilization and healing.
Dr. Sheth performs all stabilization procedures using minimally invasive techniques with Mazor robotic assistance where appropriate, reducing operative blood loss, minimizing disruption of the surrounding muscles, and accelerating recovery compared to traditional open approaches.
Comprehensive Spinal Fracture Expertise in One Practice in Bergen County.
Spinal fractures are not all equal, and the difference between a fracture that is managed well from the beginning and one that is underestimated or treated incorrectly can be measured in months of unnecessary pain, progressive deformity, or, in the worst cases, avoidable neurological injury.
Rishi N. Sheth, MD brings a breadth of fracture management expertise that is rarely found in a single private practice setting. His training encompasses osteoporotic compression fractures in elderly patients, traumatic fractures in younger patients following accidents, pathological fractures from spinal tumor involvement, and revision cases where a prior fracture treatment has failed or produced complications.
For patients who need a minimally invasive procedure such as vertebroplasty or kyphoplasty, Dr. Sheth’s experience with these techniques means they are done with precision and appropriate patient selection. For patients who need open stabilization surgery, his Mazor robotic certification and minimally invasive surgical training minimize the surgical footprint while achieving the stability the injury requires.
Patients do not get a different surgeon at each stage of their care at Spine Care New Jersey. The same surgeon who evaluates the fracture, reviews the imaging, and determines the treatment plan is the same surgeon who performs the procedure and manages the recovery.
Common Questions About Spinal Fractures at Spine Care New Jersey.
The most common symptoms of a vertebral compression fracture are sudden onset back pain at the fracture level that worsens significantly with standing, walking, or any spinal loading, and improves somewhat with lying down. In osteoporotic patients, some fractures occur with minimal trauma and produce surprisingly gradual symptoms including progressive loss of height and increasing spinal curvature. Radiating leg or arm pain suggests nerve involvement and requires prompt evaluation. Not all compression fractures are immediately painful, which is why unexplained height loss or posture changes warrant imaging.
Spine Care New Jersey in Bergen County offers comprehensive spinal fracture care led by Rishi N. Sheth, MD, a board-certified spine neurosurgeon experienced in treating the full spectrum of vertebral fractures. The practice provides everything from conservative management and minimally invasive vertebroplasty and kyphoplasty to complex spinal stabilization surgery using Mazor robotic technology. New patients can book directly or submit imaging for a free expert review before their first visit.
Spinal fracture diagnosis begins with plain X-rays to assess vertebral alignment and obvious height loss. CT scanning provides detailed bony anatomy and identifies canal compromise from displaced fragments. MRI is essential for evaluating the spinal cord, nerve roots, and any ligamentous injury invisible on CT, and for distinguishing acute from chronic fractures. When a pathological cause such as a tumor or severe osteoporosis is suspected, additional laboratory and systemic imaging may be ordered. Dr. Sheth reviews all imaging personally before any treatment recommendation.
Non-surgical treatment for stable compression fractures typically includes a period of activity modification, appropriate spinal bracing for support, pain management with anti-inflammatory and analgesic medications, and gradual physical therapy as healing progresses. Most stable osteoporotic compression fractures heal well with conservative care over six to twelve weeks. For fractures causing persistent severe pain despite conservative measures, minimally invasive vertebroplasty or kyphoplasty can provide rapid stabilization and pain relief without major surgery. The right approach depends on fracture type, severity, and the patient’s overall health.
Most stable vertebral compression fractures take between six and twelve weeks to heal with appropriate conservative management. Recovery time depends on the severity of the fracture, the number of levels involved, the patient’s bone quality, and whether any surgical intervention was performed. Patients who undergo vertebroplasty or kyphoplasty typically experience faster pain relief than those managed conservatively, often within days of the procedure. Unstable fractures requiring surgical stabilization have a longer recovery but most patients achieve significant functional improvement within three to six months with appropriate rehabilitation