Femoral shaft fracture management according to age
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"femoral fractures" AND pediatric
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pediatric femoral shaft fracture management age treatment guideline 2024
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https://www.orthobullets.com/pediatrics/4019/femoral-shaft-f…
Assuming this refers to pediatric femoral shaft fractures, management is mainly age, weight, fracture stability, and associated-injury dependent.
| Age | Usual treatment |
|---|---|
| Birth to 6 months | Pavlik harness is preferred. Early hip spica is an alternative. |
| 6 months to 5 years | Early hip spica cast after closed reduction for most isolated fractures. For markedly unstable fractures, polytrauma, open fractures, or excessive shortening: traction followed by spica, or temporary external fixation. |
| 5 to 11 years | Flexible intramedullary nails (titanium elastic nails) for length-stable transverse or short-oblique fractures, especially in children <49 kg. |
| 5 to 11 years with unstable pattern | Submuscular bridge plating is preferred for comminuted, long-oblique/spiral, very proximal, or very distal fractures, and in heavier children. External fixation is an option for open fractures, severe soft-tissue injury, or damage-control situations. |
| Older child/adolescent, usually >11 years or >49 kg | Antegrade rigid locked intramedullary nail for most diaphyseal fractures. Use a trochanteric-entry technique to avoid femoral-head vascular injury. Bridge plating is useful if the fracture is very proximal/distal or severely comminuted. |
| Skeletally mature adult | Resuscitation and temporary traction if needed, then early reamed locked intramedullary nailing is standard. External fixation is used temporarily in damage-control orthopaedics or definitively when soft tissue/contamination precludes nailing. |
Core principles
- First assess and treat life-threatening injuries, neurovascular status, open wounds, and associated pelvic, knee, abdominal, and head injuries.
- Obtain AP and lateral radiographs of the entire femur, including hip and knee.
- In infants and non-ambulatory children, actively assess for non-accidental injury.
- Acceptable deformity decreases with age. Young children remodel well, whereas adolescents require near-anatomical alignment and restoration of length/rotation.
- Operative fixation is favored earlier when there is open fracture, polytrauma, vascular injury, inability to maintain reduction, pathological fracture, or an unstable/heavy child.
A practical exam mnemonic: Harness -> Spica -> Flexible nails -> Rigid nail, progressing with age and body size. Unstable fractures shift management toward bridge plating/external fixation rather than flexible nails.
This age-based approach is consistent with Campbell’s Operative Orthopaedics, 15th ed., section “Femoral Shaft (Femoral Diaphysis),” and Bailey & Love’s Short Practice of Surgery, 28th ed., section “Femoral shaft fractures.” The Orthobullets pediatric treatment table similarly uses <6 months, 6 months-5 years, 5-11 years, and >11 years categories.
Recent evidence caveat: a 2024 systematic review (PMID 38447564) specifically examined flexible nails for length-unstable pediatric femur fractures, reinforcing that fracture stability should influence implant choice rather than age alone.
What disability does a person get after having fracture of patella
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patellar fracture outcome complications
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patella fracture long term functional limitations extensor mechanism post traumatic arthritis reputable orthopedic guidance
A patellar fracture does not automatically cause permanent disability. Many people recover well, especially if the joint surface and knee-extensor mechanism heal properly.
Possible residual disabilities include:
- Anterior knee pain, particularly with kneeling, stairs, squatting, or prolonged sitting
- Reduced knee movement, either inability to fully bend or fully straighten the knee
- Quadriceps weakness, causing difficulty rising from a chair, climbing stairs, running, or jumping
- Extensor lag: inability to actively achieve full straightening of the knee, especially if the fracture disrupted the extensor mechanism or healed poorly
- Knee stiffness
- Post-traumatic patellofemoral arthritis, which may produce chronic pain, crepitus, and stiffness years later
- Nonunion or malunion in a minority of cases
- Painful metal implants after surgical fixation, sometimes requiring implant removal
The most disabling situation is an untreated or poorly healed displaced fracture with extensor-mechanism failure. The person may be unable to straight-leg raise, climb stairs normally, or stabilize the knee during walking.
For formal disability certification, there is no universal fixed percentage for a patellar fracture. It is determined after maximum recovery based on documented permanent loss of knee motion, quadriceps power, extensor lag, instability, pain, and X-ray evidence of arthritis. A healed fracture with full motion and strength may have no measurable permanent disability.
The AAOS overview of patella fractures notes that chronic anterior knee pain, quadriceps weakness, loss of motion, and post-traumatic arthritis can persist even after successful healing.
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