Abstract
While many of the same principles of musculoskeletal management apply equally to adult and pediatric populations, significant or even subtle differences may impact the diagnosis and treatment of children. Conceptual shifts are involved in the management of child abuse as well as physeal fractures. Additionally, specific injury conditions are explored. Pediatric bony injuries generally tend to tolerate more deformity due to their healing potential. However, certain minor deformities must be corrected to prevent adverse consequences in the growing child.
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Keywords
- Avulsion fractures
- Casting and immobilization
- Child abuse non-accidental trauma (NAT)
- Distal humerus physeal separation
- Distal femur physeal fracture
- Pediatric hip dislocation
- Pediatric hip fracture
- Humeral shaft fractures
- Lateral condyle fracture
- Medial epicondyle fracture
- Pediatric ankle fractures
- Pediatric forearm fracture
- Pediatric clavicle fracture
- Pediatric distal radius fracture
- Pediatric femur fracture
- Pediatric Galeazzi fracture
- Pediatric Monteggia fracture
- Pediatric pelvic fracture
- Pediatric proximal humerus fracture
- Sedation for the pediatric patient
- Radial head subluxation
- Radial neck fracture
- Salter–Harris classification
- Slipped capital femoral epiphysis
- Septic hip
- Transient synovitis
- Supracondylar humerus fracture
- Tibial tubercle fracture
- Tibial eminence fracture
- Toddler’s fracture
These low-energy tibial shaft fractures are often spiral and non-displaced, and arise from low energy falls in newly walking toddler; they are almost always treated nonoperatively. If they are seen in younger children who are not yet walking, they can be suspicious of possible child abuse.
History
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Is the child walking independently? For how long?
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Has the child had preceding leg pain or been walking with a limp before this injury?
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Does the child (or anyone in the family) have metabolic bone disease?
Has the child had a fever?
Has the child had any recent trauma to the hip or legs, or any recent falls?
Physical Exam
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Assess for bruising, tenderness, swelling along leg
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Ambulation with limp, or refusal to bear weight
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Rule out compartment syndrome—low likelihood as compared to traumatic fractures of the tibia and/or fibulaRule out infection in hip and lower extremity joints and bones, and check for painless passive range of motion of joints
Diagnosis
Rule out underlying metabolic bone disease (i.e., osteogenesis Imperfecta, metaphyseal dysplasia, phosphate metabolism disorders)
Imaging
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XR tibia–fibula (Fig. 1)
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Spiral, non-displaced
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May appear very faint and almost unnoticeable on plain XR
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Often distal ½ of tibia—proximal tibia fracture suspicious of abuse!
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XR ankle, knee
Treatment Plan
Nonoperative
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Long leg cast for alignment and rotational control
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Non-weight bearing
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3–4 weeks
Surgery
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Rare for Toddler’s fractures
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Indicated for traumatic tibia fractures that are:
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Open
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Associated with compartment syndrome
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Have unacceptable shortening or angulation after closed reduction
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Reference
Mashru RP, Herman MJ, Pizzutillo PD. Tibial shaft fractures in children and adolescents. J Am Acad Orthop Surg. 2005;13(5):345–52.
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© 2017 Springer International Publishing Switzerland
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Makhni, M.C., Makhni, E.C., Swart, E.F., Day, C.S. (2017). Toddler’s Fracture. In: Makhni, M., Makhni, E., Swart, E., Day, C. (eds) Orthopedic Emergencies. Springer, Cham. https://doi.org/10.1007/978-3-319-31524-9_111
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DOI: https://doi.org/10.1007/978-3-319-31524-9_111
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