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ultrasound methods is from Graf ( 3 ), which is the current standard in the Netherlands and other countries. In this classification, types 2A/B and C represent centered dysplasia. Despite the high incidence of centered DDH, its treatment is very diverse
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vs 2 and 3, IHDI 3 vs 2, Tönnis 4 vs 2, Tönnis 3 vs 2 grade). Additionally, the risk of failure was also higher for Tönnis 4 grade dislocationscompared to Tönnis 3 grade (OR: 3.37, CI: 1.37–8.27) ( Fig. 3B ). We also found that the male gender was a
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Salter–Harris type I fractures consists of 2–3 weeks of cast immobilization and weekly follow-up radiographs ( Fig. 13 ). Figure 13 (A) Lateral radiographic image of the right femur of a 2-year-old boy, with a distal femoral fracture. (B
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Introduction Infectious disease has been and continues to be one of the world's leading causes of morbidity and mortality ( 1 , 2 ). Osteoarticular infections (OAI) in pediatrics are relatively common, with an incidence of 1–20 per 10
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://doi.org/10.1002/14651858.CD012874.pub2 ) 30 Rigney B Casey C McDonald C Pomeroy E & Cleary MS . Distal radius fracture fixation using WALANT versus general and regional anesthesia: a systematic review and meta-analysis . Surgeon 2023 21 e13
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. 2 Lateral discoid meniscus is the most frequent anatomical variation, with an incidence in the United States varying from 3% to 5% and is present in up to 15% of Asian populations; however, there are numerous asymptomatic cases. 3 – 5
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fractures are more common, representing 10% of all elbow fractures. 2 The surgical indications in adult patients have been well studied, with only patients with truly undisplaced fractures (Mayo Type I), patients unfit for surgery, or elderly patients
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patient and clinical and radiographic findings based on radiographs alone ( 1 , 2 , 3 ). The majority of bone lesions in the extremities can be detected on radiographs at an early stage, but lesions of the spine and pelvis are only diagnosed after the
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. Frey S Hosalkar H Cameron DB Heath A David Horn B Ganley TJ . Tibial tuberosity fractures in adolescents . J Child Orthop 2008 ; 2 : 469 – 474 . 15. Brey JM Conoley J Canale
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. Epidemiology of children’s fractures . J Pediatr Orthop B 1997 ; 6 : 79 – 83 . 2. Brighton B Vitale M . Epidemiology of fractures in children . In: Flynn JM Skaggs DL Waters PM , eds. Rockwood and
