Fracture Treatment Options
Understanding your treatment path is the first step toward healing. Whether your fracture needs a cast or surgery, this guide walks you through what to expect at every stage.
Treatment Decision Flowchart
Your orthopedic team evaluates several factors to determine the best treatment approach. Here is how the decision process typically works.
Casting, splinting, or bracing
Cast after closed reduction
ORIF, nailing, or fixation
Additional factors include patient age, bone quality, fracture location, and activity level. Your surgeon will discuss the best option for your specific injury.
Acute Management: The RICE Protocol
Before any definitive treatment begins, these four steps help control swelling and manage pain in the first 48 to 72 hours.
Rest
Stop using the injured area immediately. Avoid putting weight on fractures of the leg, foot, or ankle. Use crutches or a sling as needed.
Ice
Apply ice packs wrapped in cloth for 15 to 20 minutes every 1 to 2 hours. Never place ice directly on skin. Helps reduce swelling and numb pain.
Compression
Wrap the area with an elastic bandage to limit swelling. Keep it snug but not tight. Loosen immediately if you feel numbness or increased pain.
Elevation
Raise the injured limb above heart level whenever possible, especially during the first 48 hours. Gravity helps drain excess fluid from the injury site.
Treatment Approaches: Side by Side
Casting
A rigid shell that immobilizes the fracture while the bone heals. Typically worn for 4 to 8 weeks depending on fracture severity and location.
- Plaster casts - Better initial molding, less expensive. Heavier and cannot get wet.
- Fiberglass casts - Lighter, more durable, available in colors. Slightly less conformable when first applied.
- Cast changes may be needed as swelling decreases to maintain a proper fit.
Splinting
A partial immobilization device that does not fully encircle the limb. Often used as the first treatment before swelling subsides enough for a full cast.
- Non-removable splints - Applied by your doctor, stays on until follow-up.
- Removable splints - Used in stable fractures that benefit from gentle range-of-motion exercises during healing.
- Allows for swelling without the risk of compartment syndrome seen with tight casts.
Functional Bracing
A hinged brace that allows controlled movement at nearby joints while still supporting the fracture site. Commonly used after initial casting for mid-shaft fractures of the humerus or tibia.
- Allows early joint movement, reducing stiffness
- Can be adjusted as swelling decreases
- Often begins 2 to 3 weeks after injury
Traction
A pulling force applied to realign bone fragments, most often used temporarily before surgery in femur fractures. Modern surgical techniques have largely replaced long-term traction, but it remains useful when surgery must be delayed.
- Skin traction - Weights attached via tape and bandages.
- Skeletal traction - Pin placed through bone for stronger pull.
- Primarily a bridge to definitive surgical treatment
ORIF (Open Reduction Internal Fixation)
The surgeon makes an incision to directly align the bone fragments, then secures them with metal hardware that stays in place during healing.
- Plates and screws - Metal plates contoured to bone, held with screws. Used for flat bones and joint fractures.
- Screws alone - For simpler fractures where compression across the break is sufficient.
- Hardware may be removed later, but most patients keep it permanently without problems.
External Fixation
Metal pins are inserted through the skin into the bone on either side of the fracture, then connected to an external frame. Provides stability while keeping the surgical site accessible.
- Temporary use - Stabilizes severe fractures until soft tissues heal enough for internal fixation.
- Definitive use - In open fractures or cases where internal hardware carries infection risk.
- Requires pin site care to prevent infection
Intramedullary Nailing
A metal rod is inserted into the hollow center (medullary canal) of a long bone, then locked in place with screws at each end. The standard treatment for fractures of the femur and tibia shaft.
- Allows earlier weight-bearing than plates in many cases
- Smaller incisions than ORIF with plates
- Strong biomechanical fixation for weight-bearing bones
Joint Replacement
When a fracture destroys the joint surface beyond repair, replacing the joint may produce better long-term outcomes than attempting reconstruction. Most common for hip fractures in older adults (femoral neck fractures).
- Partial replacement - Replaces the fractured portion only (hemiarthroplasty).
- Total replacement - Replaces both joint surfaces. Considered when arthritis is already present.
Bone Grafting
When a fracture fails to heal (non-union), bone graft material can stimulate new bone growth at the fracture site. Graft sources include the patient's own bone (autograft), donor bone (allograft), or synthetic substitutes.
- Autograft from the iliac crest is the gold standard
- May be combined with revision internal fixation
- Healing after grafting typically takes 3 to 6 months
Pain Management Through Recovery
Pain levels change as healing progresses. Your treatment team will adjust your pain management plan at each phase.
Days 1 to 3: Acute Phase
Pain is typically at its highest immediately after injury and any surgical procedure. Prescription pain medication (often opioids) may be needed for short-term use. Ice, elevation, and immobilization provide significant relief alongside medication.
Days 4 to 14: Transition Phase
Swelling peaks around days 3 to 5 then begins subsiding. Most patients transition from prescription pain medication to over-the-counter options like acetaminophen or ibuprofen. Nerve block effects (if used during surgery) have worn off by this point.
Weeks 2 to 6: Healing Phase
Bone callus is forming and providing increasing stability. Pain at the fracture site decreases steadily. Discomfort may shift to stiffness and muscle weakness in joints that have been immobilized. Physical therapy may begin.
Weeks 6 to 12+: Remodeling Phase
Fracture pain is largely resolved. Remaining discomfort typically comes from stiff joints, weak muscles, or hardware irritation. Focus shifts to rehabilitation and restoring full function. Some patients experience weather-related aching at the fracture site that may persist for months.
Non-Pharmacological Pain Relief
Cold Therapy
Ice packs for 15 to 20 minutes to reduce swelling and numb pain. Most effective in the first week.
Elevation
Keeping the injury above heart level reduces swelling and throbbing, especially at night.
Relaxation Techniques
Deep breathing and guided imagery help manage pain perception and reduce anxiety about recovery.
TENS Therapy
Transcutaneous electrical nerve stimulation may help with chronic fracture pain when approved by your doctor.
Gentle Movement
Moving joints above and below the fracture (when cleared by your doctor) prevents stiffness and improves circulation.
Sleep Optimization
Positioning pillows to support the injured area improves sleep quality, which is essential for bone healing.
Your Recovery Timeline
First 48 Hours
- Splint or temporary cast applied
- X-rays to confirm alignment
- Swelling management with ice and elevation
- Pain medication prescribed
- Surgical consult if fracture is unstable
First Week
- Follow-up appointment for repeat X-ray
- Definitive cast or surgical scheduling
- Swelling begins to decrease
- Begin moving uninvolved joints
- Transition to OTC pain medication
Weeks 2 to 6
- Regular X-rays to monitor healing
- Cast may be changed as swelling resolves
- Suture removal if surgery was performed
- Physical therapy may begin for adjacent joints
- Gradual return to light daily activities
Weeks 6 to 12+
- Cast or brace removed (most fractures)
- Active rehabilitation and strengthening
- Progressive weight-bearing as directed
- Return-to-activity clearance evaluation
- Bone continues remodeling for up to a year