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Mohamed Nabil Nessib

    Calcaneal lengthening in idiopathic flatfoot in children
    Biomechanics of Superior Femoral Epiphysis in Adolescents
    • Biomechanics of Superior Femoral Epiphysis in Adolescents

      Risk Factors and Stability Criteria

      • 52 Seiten
      • 2 Lesestunden

      Focusing on the biomechanical factors contributing to upper femoral epiphysiolysis, this study analyzes cases from the Tunis Children's Hospital over seven years. It identifies obesity as a significant factor, affecting 58% of cases, particularly in those with an adiposo-genital morphotype. The research evaluates clinical outcomes through the PMA score and assesses stability post-surgery via residual tilt angle measurements. The findings emphasize the importance of understanding biomechanical factors during screw placement to ensure stable osteosynthesis.

      Biomechanics of Superior Femoral Epiphysis in Adolescents
    • The study evaluates the effectiveness of the EVANS technique for calcaneal lengthening in treating idiopathic flatfoot in children. Conducted at a Tunisian children's hospital, it involved 12 patients with a follow-up of at least one year. Results showed significant improvement in AOFAS scores, with 11 feet rated excellent post-surgery and 4 good. Radiological assessments indicated near-normal values, and all patients achieved bone consolidation. The findings suggest that using a peroneal graft can reduce morbidity compared to traditional iliac grafts.

      Calcaneal lengthening in idiopathic flatfoot in children