Foot & Ankle Fracture Treatment in Glendale, AZ
Foot and ankle fractures range from hairline stress fractures that develop gradually over weeks to acute, traumatic breaks requiring immediate stabilization. What they all have in common is this: improper management leads to poor healing, chronic pain, and lasting functional limitations. At Sole Foot & Ankle Specialists, our board-certified podiatric surgeons provide accurate fracture diagnosis and expert treatment — from the first evaluation through full rehabilitation — for patients throughout Glendale, Phoenix, Peoria, and Sun City, AZ.
Types of Foot and Ankle Fractures
The foot and ankle contain 26 bones and numerous small joints, all of which can fracture. Common fracture types we diagnose and treat include:
Traumatic Fractures
- Ankle fractures: Single or multi-bone fractures of the fibula, tibia malleolus, or both — see our dedicated Broken Ankle page
- Fifth metatarsal fractures: Including the common “dancer’s fracture” (avulsion at the base) and the more serious Jones fracture, which has a higher non-union risk
- Calcaneus (heel bone) fractures: Often from high-energy impacts such as falls from height; frequently involve the subtalar joint and can be severely disabling if not accurately reduced
- Talus fractures: The talus carries the body’s weight and has a vulnerable blood supply — displaced fractures carry risk of avascular necrosis
- Metatarsal shaft fractures: Commonly from direct impact or twisting mechanisms
- Toe phalanx fractures: The most common foot fracture type — often from stubbing or dropping objects on the toe
- Lisfranc (midfoot) injuries: A complex fracture-dislocation at the tarsometatarsal joint that is frequently missed and, if undertreated, leads to significant long-term disability
Stress Fractures
Stress fractures are hairline cracks that develop from cumulative, repetitive bone loading rather than a single traumatic event. They are particularly common in:
- Runners who rapidly increase mileage or training intensity
- Military recruits undergoing intensive training
- Athletes in sports involving jumping or repetitive impact
- Patients with osteoporosis or low bone density
- Patients with flat feet or biomechanical abnormalities that concentrate stress
The second metatarsal, navicular, and fibula are the most common stress fracture locations in the foot and ankle. Stress fractures typically cause localized pain that worsens with activity and improves with rest. Many are not visible on initial X-rays and require MRI for definitive diagnosis.
Symptoms of Foot and Ankle Fractures
- Sudden or gradually increasing pain at the fracture site
- Swelling and bruising — may develop over hours in traumatic fractures
- Tenderness when pressing directly on the bone
- Difficulty or inability to bear weight (traumatic fractures)
- Pain that worsens with activity and improves with rest (stress fractures)
- Visible deformity in displaced or angulated fractures
Diagnosing Foot and Ankle Fractures
Accurate fracture characterization is essential for selecting the right treatment. At Sole Foot & Ankle Specialists, our diagnostic capabilities include:
- Digital weight-bearing and stress X-rays for standard fracture evaluation
- MRI for stress fractures not visible on X-ray, cartilage evaluation, and soft tissue injury assessment
- CT scanning for complex, multi-fragment, or intra-articular fractures requiring surgical planning
- Bone scan for suspected stress fractures when MRI is not available
Fracture Treatment Options in Glendale, AZ
Non-Surgical Treatment
Many foot fractures are successfully managed without surgery:
- Buddy taping for stable toe fractures
- Rigid-soled shoe or post-op shoe for metatarsal fractures
- CAM walking boot for stable ankle fractures and stress fractures
- Short-leg cast with crutches for non-weight-bearing when required
- Activity restriction and progressive return-to-weight-bearing protocol
- Bone stimulation therapy for high-risk or slow-healing stress fractures
Surgical Treatment
Displaced, unstable, or intra-articular fractures requiring precise realignment are treated surgically:
- Open reduction and internal fixation (ORIF) using screws, plates, or intramedullary nails
- Percutaneous fixation with cannulated screws for selected fracture types
- External fixation for highly comminuted or open fractures
- Arthroscopic-assisted reduction for osteochondral lesions or intra-articular fractures
Following all fractures — surgical or not — a structured rehabilitation program addressing strength, range of motion, and proprioception is essential for optimal functional recovery. Our team provides comprehensive post-treatment care through every stage of recovery. See our Foot Surgery page for more about our surgical approach.
Frequently Asked Questions About Foot & Ankle Fractures
Can a broken toe heal on its own without treatment?
Simple, non-displaced fractures of the lesser toes (second through fifth) can often be managed with buddy taping, a rigid-soled shoe, and activity modification — essentially the bone heals without formal casting or surgery. However, the big toe, fractures involving joint surfaces, and fractures associated with rotation or angulation should be formally evaluated and treated by a podiatrist to prevent malunion, arthritis, or long-term pain. Never assume any fracture is “just a broken toe” without professional evaluation.
What is a Jones fracture, and why is it more serious?
A Jones fracture is a fracture at the junction of the base and shaft of the fifth metatarsal (outer foot bone), in a zone with relatively poor blood supply. Unlike the more common fifth metatarsal avulsion fracture at the very tip of the base, Jones fractures have a significantly higher rate of non-union (failure to heal) and stress fracture recurrence. Treatment often involves non-weight-bearing immobilization for 6 to 8 weeks, and surgical fixation with an intramedullary screw is frequently recommended for active patients to reduce non-union risk and return to activity faster.
How do I know if I have a stress fracture in my foot?
Stress fractures typically cause a gradual onset of localized bone pain that worsens with activity and improves with rest — with a specific tender point directly over the bone. You may not recall any single injurious event. Early stress fractures are often not visible on plain X-rays and require MRI for definitive diagnosis. If you are a runner or athlete with localized foot pain that hasn’t resolved after a week of rest, a podiatric evaluation is warranted — continuing to train on a stress fracture risks progression to a complete fracture.
What is a Lisfranc injury, and how serious is it?
A Lisfranc injury involves fracture or ligament disruption at the tarsometatarsal joint — the midfoot region where the metatarsal bones meet the tarsal bones. It is frequently missed initially (estimated to occur in up to 20% of cases), often misdiagnosed as a “foot sprain.” Untreated Lisfranc injuries can lead to severe midfoot arthritis, significant arch collapse, and chronic disability. Even ligament-only Lisfranc injuries often require surgical fixation or fusion for reliable healing and return to activity.
How long until I can return to running after a foot stress fracture?
Return to running depends on fracture location, severity, and bone healing on follow-up imaging — not just symptom resolution. Low-risk stress fractures (second or third metatarsal) often allow return to running in 6 to 8 weeks with a gradual program. High-risk fractures (navicular, fifth metatarsal Jones, anterior tibial cortex) may require 3 to 6 months and sometimes surgical intervention before running can safely resume. Our podiatrists provide imaging follow-up and structured return-to-sport protocols.
Does osteoporosis affect fracture healing in the foot?
Yes. Reduced bone density from osteoporosis slows fracture healing, increases the risk of complications such as non-union or hardware failure after surgery, and predisposes patients to additional fragility fractures. Patients with osteoporosis should ensure their vitamin D and calcium status are optimized and may benefit from bone-stimulating medications during recovery. Our podiatrists coordinate with your primary physician or endocrinologist for bone density management as part of comprehensive fracture care.
Can I drive or work after a foot fracture?
Whether you can drive depends on which foot is injured and whether surgery was performed. Right-foot injuries or post-surgical restrictions typically preclude driving until full weight-bearing is restored — which a podiatrist must formally clear. Many desk-based jobs can be continued during non-weight-bearing recovery, while jobs requiring standing, walking, or physical activity will require temporary accommodation or medical leave. Our team provides detailed functional limitation documentation for work or insurance purposes when needed.