Consult Ex – AIIMS Senior Specialist with 17+ Years Experience

Dr G N Goyal

Non-Surgical & Minimally Invasive Treatments for faster recovery

A spinal vertebral compression fracture (VCF) occurs when one of the bones of the spine (vertebra) collapses or becomes compressed. This usually happens when the vertebral body loses its strength and is unable to support normal spinal load. As a result, the vertebra becomes shorter in height and may change its shape.

Compression fractures most commonly affect the thoracic spine (mid-back) and lumbar spine (lower back). These fractures can lead to back pain, reduced mobility, spinal deformity, and loss of height.

Spinal compression fractures are particularly common in older adults, especially those with weakened bones.

The human spine is made up of 33 vertebrae, which are stacked one above another. These vertebrae form the structural support for the body and protect the spinal cord.

The spine is divided into several regions:

• Cervical spine – neck region
• Thoracic spine – middle back
• Lumbar spine – lower back
• Sacrum and coccyx – base of the spine

Each vertebra consists of a vertebral body in the front and posterior elements in the back. Compression fractures usually occur in the vertebral body, which bears most of the body’s weight.

A vertebral compression fracture happens when the vertebral body collapses under pressure. The front portion of the vertebra often compresses more than the back, creating a wedge-shaped vertebra.

This can lead to:

• Forward curvature of the spine
• Loss of vertebral height
• Changes in spinal alignment

In severe cases, multiple compression fractures may result in kyphosis, commonly known as a hunched back.

Several conditions can weaken the vertebrae and make them prone to compression fractures.

Osteoporosis

The most common cause is osteoporosis, a condition where bones become thin, brittle, and fragile. Even minor stress such as coughing, bending, or lifting may lead to fracture in weakened vertebrae.

Trauma or Injury

Compression fractures may occur due to high-impact injuries, such as:

• Road traffic accidents
• Falls from height
• Sports injuries

These fractures are more common in younger individuals following severe trauma.

Cancer and Bone Metastasis

Certain cancers may spread to the spine and weaken the vertebral bones. This condition is known as bone metastasis, which can make vertebrae vulnerable to compression fractures.

Long-term Steroid Use

Prolonged use of corticosteroid medications can reduce bone density and increase fracture risk.

Other Bone Disorders

Certain medical conditions affecting bone strength may also contribute to vertebral compression fractures.

Several factors increase the likelihood of developing vertebral compression fractures.

Age

Risk increases significantly with advancing age, particularly after 60 years.

Osteoporosis

People with low bone density are at the highest risk.

Postmenopausal Women

Hormonal changes after menopause can accelerate bone loss, making women more susceptible.

Previous Fractures

Individuals with a history of prior spinal fractures are at increased risk of additional fractures.

Sedentary Lifestyle

Lack of physical activity can weaken bones and muscles supporting the spine.

Nutritional Deficiencies

Low intake of calcium and vitamin D may contribute to bone weakening.

Symptoms may vary depending on the severity and number of fractures.

Common symptoms include:

Sudden Back Pain

A compression fracture often causes sudden onset back pain, particularly in the mid-back or lower back.

Worsening Pain with Movement

Pain may increase during:

• Standing
• Lying down – Most important
• Walking
• Bending
• Lifting objects

Loss of Height

Multiple fractures can lead to gradual reduction in height over time.

Spinal Curvature

Repeated fractures may cause kyphosis, leading to a stooped posture.

Reduced Mobility

Patients may experience difficulty in bending, walking, or performing daily activities.

Chronic Back Pain

Some fractures heal with persistent discomfort, leading to long-term back pain.

Compression fractures can be classified into different types depending on the pattern of collapse.

Wedge Fracture

This is the most common type, where the front part of the vertebra collapses, forming a wedge shape.

Crush Fracture

In this type, the entire vertebra collapses evenly, resulting in loss of vertebral height.

Burst Fracture

A burst fracture occurs when the vertebra shatters in multiple directions. Bone fragments may spread outward and sometimes compress nearby structures.

Diagnosis involves a combination of clinical evaluation and imaging tests.

Medical History and Physical Examination

Doctors evaluate:

• History of injury or fall
• Minor injury – Most important
• Sudden onset of back pain
• Changes in posture
• Tenderness over the spine

X-Ray Imaging

X-rays are usually the first imaging test used to identify vertebral collapse or loss of height.

MRI Scan

MRI helps determine:

• Whether the fracture is recent or old
• Presence of bone marrow edema
• Possible nerve or spinal cord involvement

CT Scan

CT scans provide detailed images of bone structure and help evaluate fracture severity.

Bone Density Test

A DEXA scan may be performed to check for osteoporosis or low bone density.

If not properly evaluated, compression fractures may lead to several complications.

Chronic Back Pain

Persistent pain may occur due to spinal instability or deformity.

Progressive Spinal Deformity

Multiple fractures can cause kyphotic deformity, affecting posture and balance.

Reduced Lung Capacity

Severe kyphosis may compress the chest cavity and affect breathing.

Decreased Mobility

Pain and deformity can limit daily activities and reduce overall quality of life.

Consult Ex – AIIMS Senior Specialist with 17+ Years Experience

Dr G N Goyal

Non-Surgical & Minimally Invasive Treatments for faster recovery

Medical assessment is important if a person experiences:

• Sudden back pain after a fall or minor injury
• Persistent mid-back or lower back pain
• Progressive loss of height
• Development of spinal curvature
• Difficulty standing or walking due to pain

Early evaluation helps identify the cause and prevent further spinal damage.

Treatment of a spinal vertebral compression fracture depends on the cause of the fracture, severity of pain, and stability of the spine. In many cases, management initially focuses on pain control, activity modification, and spinal support, allowing the fracture to stabilize while reducing strain on the affected vertebra. Doctors also evaluate and address underlying causes such as weakened bone strength due to Osteoporosis or bone involvement from Bone Metastasis. In selected cases where pain remains severe or the vertebral collapse significantly affects spinal function, Non-surgical, minimally invasive spine procedures or in rare cases surgical interventions may be considered to stabilize the vertebra and improve spinal alignment. Early medical evaluation helps determine the most appropriate approach for each patient. Nonsurgiccal Kyphoplasty or Nonsurgical Vertebroplasty are the latest treatments.

Back pain is a common complaint and is often caused by muscle strain, ligament injury, or degenerative spine conditions. However, in certain situations, back pain may indicate a spinal vertebral compression fracture, especially when the underlying bone is weakened.

Recognizing the warning signs of a possible spine fracture is important because these fractures may sometimes occur even after minor stress or trivial injury.

Sudden Onset of Severe Back Pain

One of the most common indicators of a possible spinal fracture is sudden severe back pain. The pain often begins abruptly and may occur after:

• A fall
• Lifting a heavy object
• Bending forward
• Sudden twisting movement

In individuals with fragile bones, even simple daily activities may trigger the onset of pain.

Pain That Worsens While Standing or Walking

Back pain related to vertebral compression fractures often becomes worse while standing, walking, or sitting upright. This happens because the vertebra has difficulty supporting the normal body weight.

Many patients report that pain improves while lying down, as the pressure on the spine decreases.

Localized Tenderness Over the Spine

Another possible indicator is tenderness at a specific point along the spine. When gentle pressure is applied over the affected vertebra, it may produce significant discomfort.

This localized pain is often different from the more diffuse muscle pain seen in common back strain.

Gradual Loss of Height

Repeated compression fractures can cause the vertebrae to lose height. Over time, individuals may notice that they have become shorter than their previous height.

This gradual height loss may occur over months or years.

Development of Stooped Posture

Multiple vertebral fractures can alter spinal alignment, leading to a forward curvature of the upper back, commonly called a hunched or stooped posture.

This spinal deformity is medically referred to as kyphosis.

Back Pain After Minor Injury in Older Adults

In older adults, especially those with osteoporosis, even a minor fall or minor physical stress may lead to a vertebral fracture.

Back pain that begins suddenly after such an event should always be evaluated carefully.

Back Pain in Patients with Cancer

Individuals with certain cancers may develop bone metastasis in the spine, which can weaken vertebral bones and increase the risk of fractures.

Persistent or worsening back pain in patients with a history of cancer should be evaluated to rule out spinal involvement.

Certain warning signs may suggest the possibility of a compression fracture in the spine.

Common early indicators include:

• Sudden onset mid-back or lower back pain
• Pain that worsens while standing or walking
• Localized tenderness over the spine
• Gradual loss of body height
• Development of stooped posture

These signs should prompt medical evaluation to determine the underlying cause.

Maintaining strong bones is important to reduce the risk of vertebral fractures.

Important factors for spinal health include:

• Adequate calcium intake
• Sufficient vitamin D levels
• Regular weight-bearing exercise
• Avoiding smoking and excessive alcohol consumption
• Early evaluation of bone density in high-risk individuals

Bone health awareness is particularly important in older adults and postmenopausal women.

Timely treatment of these fractures is very important, as it can save the patient from a great deal of pain and disability.

You need to call Best Spinal Fracture / Compression Fracture Treatment specialist near you.

 

Treatment of a spinal fracture caused by osteoporosis is usually two-pronged, including treatment of the fracture, osteopenia treatment and osteoporosis treatment that led to the fracture. Spine surgery is not required now to fix the fracture. Click on Spine Fracture Treatment, Kyphoplasty, Vertebroplasty to know in detail.

 

North Spine & Pain Clinic, Delhi, India, with its branches ( Contact us ) at Rohini, Ashok Vihar, Punjabi Bagh, Paschim Vihar (New Delhi) and Rohtak (Haryana) & Punjab is the best spine clinic among many spinal hospital in India, to treat spine fractures without any major surgery and with minimally invasive, pinhole techniques. We are proud to have best spine doctor in Delhi to take care of all types of spinal vertebral fracture.

Hear from Our Happy Patients

You may please click on the following link, to know the pleasant experiences of our Spine fracture patients.