Toe fractures account for 3% to 8% of lower extremity fractures, most commonly caused by axial loading ("stubbing") or crush injury. The great toe is the most commonly fractured and carries higher morbidity due to its role in weight-bearing, balance, and gait. Most lesser toe fractures are managed conservatively with buddy taping and a rigid-soled shoe for 3–6 weeks. [1-2]
1. History
- Mechanism: stubbing, crush injury (dropped object), hyperextension, or repetitive stress
- Which toe? Great toe vs. lesser toes — management differs significantly
- Timing of injury, onset and progression of swelling, ability to bear weight
- Prior treatment attempted (ice, splinting, analgesics)
- Associated symptoms: numbness, tingling, bleeding from nail bed
- Important negatives: ability to ambulate four steps, no twisting/inversion mechanism (rules out associated ankle/midfoot injury) [1-2]
2. Alarm Features
- Open fracture: bleeding from the eponychium or laceration proximal to the nail bed — especially in children, a Seymour fracture (physeal fracture with occult nail bed injury) is an open fracture and carries high risk of osteomyelitis if not treated within 48 hours [3-4]
- Neurovascular compromise: absent capillary refill, pallor, or loss of sensation
- Rotational deformity: nail bed lying in a different plane than adjacent toes
- Severe crush injury with significant soft tissue damage
- Contaminated wound
- Displaced intra-articular fracture involving >25% of the joint surface (great toe) [1-2]
3. Medications
- First-line: Topical NSAIDs (most effective for non–low back musculoskeletal injuries per AAFP/ACP guidelines) [5]
- Oral NSAIDs: Ibuprofen 400–600 mg q6–8h or naproxen 250–500 mg q12h — equally effective to opioids for fracture pain with fewer adverse effects [6-8]
- Acetaminophen: 500–1000 mg q6h; can be combined with NSAIDs for additive effect [7]
- Opioids: Generally avoided; reserve for severe pain refractory to NSAIDs/acetaminophen; if needed, short course only (≤3 days) [5][9]
- Cautions: Avoid NSAIDs in patients with renal disease, GI bleeding history, or cardiovascular disease; no conclusive clinical evidence that NSAIDs impair fracture healing [6]
- Tetanus prophylaxis: Update if wound is present and immunization is not current [10]
4. Diet
- No specific acute dietary modifications required
- Adequate calcium and vitamin D intake supports bone healing long-term
- Adequate hydration and nutrition, particularly in elderly or malnourished patients
5. Review of Systems
- Neurologic: numbness, tingling, weakness in the foot (neurovascular compromise)
- Vascular: color changes, coolness of the toe
- MSK: pain in the midfoot or ankle (rule out associated Lisfranc or metatarsal injury)
- Skin/integumentary: open wounds, nail bed disruption, subungual hematoma
- Constitutional: fever (concern for infection if delayed presentation)
6. Collateral History and Family History
- Mechanism details from witnesses (especially in pediatric or elderly patients)
- History of osteoporosis or metabolic bone disease in the patient or family
- Diabetes or peripheral neuropathy — alters pain perception and healing; Ottawa rules are less reliable in neuropathic patients [11-12]
- Social context: occupation requiring prolonged standing/walking, athletic demands
7. Risk Factors
- Osteoporosis, vitamin D deficiency
- Diabetes mellitus and peripheral neuropathy (delayed healing, increased infection risk)
- Peripheral vascular disease
- Barefoot ambulation or inadequate footwear
- High-impact sports or occupational hazards (construction, heavy machinery)
- Smoking (impairs fracture healing) [13]
- Advanced age
8. Differential Diagnosis
- Toe sprain/ligamentous injury (turf toe): pain at MTP joint without fracture on imaging
- Subungual hematoma without fracture: ~25% of subungual hematomas have an associated distal phalanx fracture [10]
- Metatarsal fracture: pain more proximal; obtain foot films if tenderness extends beyond the toe
- Stress fracture: insidious onset, often in runners; may not appear on initial radiographs
- Sesamoid fracture (great toe): pain at plantar MTP joint; sesamoid views needed
- Dislocation or fracture-dislocation: obvious deformity, joint incongruity on films
- Lisfranc injury (cannot miss): midfoot swelling, plantar ecchymosis, pain with passive abduction of forefoot — 20% are initially overlooked [14]
- Gout/septic arthritis: erythema, warmth, effusion at MTP joint without trauma history
- Osteomyelitis: consider in delayed presentations with open wounds [3-4]
9. Past Medical History
- Prior toe or foot fractures, nonunion, or malunion
- Diabetes, neuropathy, peripheral vascular disease
- Osteoporosis or chronic steroid use
- Anticoagulant use (increased bleeding/hematoma risk)
- Immunosuppression (infection risk with open fractures)
10. Physical Exam
- Inspection: swelling, ecchymosis, deformity, open wounds, nail bed disruption, subungual hematoma; compare nail bed plane to adjacent toes (rotational deformity) [1]
- Palpation: point tenderness over the fracture site; palpate the entire foot systematically including metatarsals and midfoot to rule out associated injuries
- Axial loading test: pain with gentle axial compression of the digit suggests fracture [2]
- Range of motion: active and passive movement of the affected toe and adjacent joints
- Neurovascular exam: dorsalis pedis and posterior tibial pulses, capillary refill, sensation [1]
- Weight-bearing assessment: ability to take four steps
11. Lab Studies
- Routine labs are not indicated for uncomplicated toe fractures
- If open fracture with concern for infection: CBC, ESR, CRP
- If osteomyelitis suspected (delayed presentation): ESR, CRP, blood cultures; bone biopsy is gold standard [13]
- Consider glucose/HbA1c if diabetes is suspected but undiagnosed
12. Imaging
- First-line: AP, lateral, and oblique radiographs of the affected toe [1]
- Dedicated toe radiographs (not just foot films) are needed for adequate visualization
- Ottawa Foot Rules can guide imaging decisions for ankle inversion injuries but are designed for midfoot/ankle — most direct toe injuries warrant radiographs regardless [1]
- Repeat radiography in 1–2 weeks if initial films are negative but clinical suspicion remains high, or if pain persists [1]
- CT: consider if radiographs are negative but high clinical suspicion persists [1]
- Imaging is unnecessary for follow-up of uncomplicated, nondisplaced lesser toe fractures that are clinically improving [15]
The following table summarizes management of forefoot fractures:
13. Special Tests
- Ottawa Foot and Ankle Rules: validated for adults and children >5 years; 91–100% sensitivity for excluding fracture; criteria include inability to bear weight for 4 steps, bone tenderness at posterior malleoli, navicular, or base of 5th metatarsal [12][16]
- Point-of-care ultrasound: emerging evidence suggests comparable accuracy to radiography for detecting fractures [17]
- Digital block (ring block at base of toe): both diagnostic and therapeutic for reduction of displaced fractures
14. ECG
- Not applicable for isolated toe fractures
- Consider if crush injury is severe enough to raise concern for rhabdomyolysis (rare, massive crush only) — in that case, monitor for hyperkalemia
15. Assessment
Severity stratification:
- Simple/nondisplaced lesser toe fracture: most common; benign course, managed conservatively
- Great toe fracture: higher morbidity; alignment is crucial for weight-bearing and gait [1]
- Displaced/rotated fracture: requires reduction; referral if unstable
- Open fracture: surgical emergency; requires irrigation, debridement, antibiotics
- Intra-articular fracture >25% joint involvement: orthopedic referral [1-2]
Complications to consider: arthritis (intra-articular fractures), infection (open fractures), malunion/nonunion, nail dystrophy, and osteomyelitis (especially Seymour fractures in children) [1][3]
16. Treatment Plan
Great toe: [1][17]
- Walking boot or short leg walking cast for 2–3 weeks
- Transition to buddy taping + hard-soled shoe for an additional 2–3 weeks
- Transition based on absence of pain at fracture site
Lesser toes: [1-2]
- Buddy taping to adjacent toe (place gauze between toes to prevent maceration)
- Hard-soled shoe or postoperative shoe for 3–6 weeks
- Walking boot if pain not controlled with buddy taping alone
Displaced lesser toe fractures: reduce with digital block → buddy tape post-reduction [2]
Open fractures: irrigation, debridement, antibiotics, tetanus prophylaxis, and orthopedic referral [2][10]
Pain management: Ice, elevation, NSAIDs ± acetaminophen as first-line; avoid opioids when possible [5-6]
17. Disposition
- Discharge home: vast majority of toe fractures — nondisplaced, stable, closed fractures of any toe [15]
- Orthopedic referral (outpatient): great toe fractures with displacement, intra-articular involvement >25%, rotational deformity, or fractures not improving at follow-up [1-2]
- Emergent orthopedic consultation: open fractures, fracture-dislocations, neurovascular compromise, severe crush injuries, contaminated wounds [1-2]
- Observation: not typically required for isolated toe fractures
- Undisplaced, stable lesser toe fractures may not require fracture clinic follow-up at all — only 2 of 65 patients in one study required surgery, and no symptomatic malunions occurred at 2-year follow-up [15]
18. Follow Up / Return Precautions
- Follow-up timing: reassess pain at 1–2 weeks; repeat radiographs only if no clinical improvement [1]
- Great toe fractures: repeat imaging at 1–2 weeks to assess stability [1]
- Return precautions — seek immediate care for:
- Increasing pain, swelling, or inability to bear weight
- Numbness, tingling, color change, or coolness of the toe
- Signs of infection: redness, warmth, drainage, fever
- Cast-related complaints: tightness, numbness, skin breakdown
- Expected recovery: most toe fractures heal in 4–6 weeks; residual stiffness and mild swelling may persist for several months
- Patient counseling: wear rigid-soled shoes, avoid barefoot walking during healing, gradual return to activity guided by pain resolution
References
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