Treatment for a broken back depends on the type and severity of the fracture, but it typically follows a clear path: emergency stabilization, imaging to assess the damage, pain management, and then either bracing or surgery to let the bone heal. Most spinal fractures that don’t involve nerve damage can be treated without surgery, though the recovery process takes weeks to months either way.
What Happens in the Emergency Room
The first priority is preventing further injury to the spinal cord. You’ll be placed in spinal motion restriction, which means a cervical collar if the neck is involved and strict bed rest to keep the spine from moving. Backboards are used only for transport because they cause skin breakdown quickly, so you’ll be moved off one as soon as possible.
Medical teams will check your blood pressure, breathing, and neurological function. If the fracture is high in the spine (upper neck area), it can affect your ability to breathe, and you may need a breathing tube placed early as a precaution. For fractures that damage the spinal cord, doctors work to keep blood pressure elevated for the first seven days, using IV fluids and medications, because adequate blood flow helps protect injured nerve tissue.
A CT scan is the most sensitive tool for identifying the bony injury. Once imaging confirms the fracture’s location and type, the treatment team determines whether the spine is stable or unstable. Stability depends largely on whether the ligaments running along the back of the spine are intact. If those ligaments are torn, the fracture is considered unstable and more likely to need surgery.
When Surgery Isn’t Needed
Simple compression fractures, where one side of the vertebra collapses but the back wall stays intact, are the most common type. These are frequently treated with bracing alone. A rigid brace called a TLSO (thoracolumbar sacral orthosis) holds the spine in a slightly extended position to take pressure off the fractured bone and let it heal. You’ll typically wear this brace for 10 to 12 weeks, and in the strictest protocols, it stays on 24 hours a day.
The specific brace style depends on where the fracture is. A hyperextension brace (sometimes called a Jewett brace) works for mid-back fractures. Fractures higher in the thoracic spine may require a brace with a neck extension, while fractures near the base of the spine may need one with a leg extension to fully immobilize the area.
Recent high-quality research comparing surgical and nonsurgical treatment for burst fractures (a more severe type where the vertebra breaks in multiple directions) without nerve injury found no significant difference in disability improvement between the two approaches at one or two years. However, surgical patients reported higher satisfaction earlier in recovery, and nonsurgical patients experienced more pain and disability in the first year. From a cost perspective, surgery was actually more cost-effective within two years, mainly because nonsurgical patients and their caregivers lost more work productivity during the longer recovery.
Pain Management During Healing
Spinal fractures are painful, and managing that pain is a major part of treatment. For moderate pain, acetaminophen combined with a mild opioid like codeine is common, especially in older patients. More severe fracture pain may require stronger opioids, though these are generally used short-term. Anti-inflammatory medications are sometimes avoided in older patients because of stomach and kidney risks.
A hormone called calcitonin, typically used for osteoporosis, has been shown in short-term studies to reduce both pain and physical limitation from acute compression fractures. For fractures that cause nerve-related pain, nerve root blocks using a local anesthetic can provide temporary relief, particularly for fractures in the lower lumbar spine.
Cement Injection Procedures
Two minimally invasive procedures, vertebroplasty and kyphoplasty, involve injecting medical-grade bone cement into the fractured vertebra to stabilize it. Both are done through a needle inserted through the skin into the bone, guided by real-time imaging.
In vertebroplasty, cement is injected directly into the fracture. This stabilizes the bone but doesn’t restore its original height. Kyphoplasty adds a step: a small balloon is inflated inside the collapsed vertebra first, lifting the bone back toward its normal height and creating a cavity. The balloon is then removed and the cavity is filled with cement. Because the cement used in kyphoplasty is thicker and injected under lower pressure, there’s a reduced risk of it leaking into surrounding blood vessels.
These procedures work best for fractures less than 12 months old that haven’t responded to pain medication and bracing. They aren’t appropriate if the fracture extends into the back wall of the vertebra and pushes bone fragments toward the spinal cord, or if infection, blood clotting problems, or certain tumors are involved.
When Surgery Is Necessary
Surgery becomes the clear choice when the fracture is unstable, when bone fragments are pressing on the spinal cord or nerves, or when bracing has failed to control symptoms. The goal is to realign the spine, take pressure off neural structures, and lock the injured segment in place so it can heal.
The most common approach for thoracolumbar fractures is posterior instrumented fusion. Surgeons place screws (called pedicle screws) into the solid bone of the vertebrae above and below the fracture, then connect them with metal rods. This rigid framework holds everything aligned while the bone fuses together. In some cases, a cage made of titanium or a specialized plastic is placed between vertebrae to replace a damaged disc and provide structural support. Newer 3D-printed titanium cages have a porous architecture designed to encourage bone to grow into them.
For certain fractures, surgeons work from the front of the spine instead, using plates and screws attached to the vertebral bodies. These plates come in static versions that lock at a fixed angle and dynamic versions that allow slight movement to share the load with healing bone.
Recovery and Physical Therapy
Physical therapy begins as soon as the fracture is considered stable, whether that stability comes from a brace or from surgical hardware. Early therapy focuses on safe movement patterns: how to get in and out of bed without twisting the spine, how to stand and walk with the brace on, and gentle range-of-motion exercises to prevent stiffness.
A spinal compression fracture takes weeks to months to heal. The timeline varies based on fracture severity, your age, bone density, and whether surgery was performed. Surgical patients often mobilize faster and report less pain in the early weeks, but by the two-year mark, outcomes between surgical and nonsurgical patients with similar fracture types tend to even out.
As healing progresses, therapy shifts toward core strengthening, posture correction, and balance training. Spinal fractures change the way you move, and without rehabilitation, compensatory movement patterns can lead to chronic pain or additional fractures.
Preventing the Next Fracture
If your broken back was caused by osteoporosis, which is the case for the majority of compression fractures in people over 60, treating the underlying bone loss is essential. Osteoporosis management should begin after the fracture and continue long-term. Bisphosphonates are the most commonly prescribed class of bone-strengthening medication, though in the acute fracture period their gastrointestinal side effects sometimes outweigh their benefits. Importantly, none of the standard osteoporosis medications have been shown to impair bone healing after an acute fracture, so starting them early is safe.
Selective estrogen modulators are another option, particularly for postmenopausal women, working by slowing the breakdown of existing bone. Adequate calcium and vitamin D intake, weight-bearing exercise once cleared by your treatment team, and fall prevention strategies at home all reduce the risk of another fracture significantly.