Juvenile osteochondrosis of hip and pelvis
ICD-10 M91.8 · ICD-11 FB82.1.3

Treatment of juvenile osteochondrosis of hip and pelvis in children with skeletal age under 8 years and preserved hip joint containment

This page outlines the clinical management framework for juvenile osteochondrosis of the hip and pelvis in the specific situation where the child's skeletal age is below 8 years, radiographic imaging confirms preserved joint congruence, and hip range of motion remains good.

Clinical scenario In this presentation, the hip joint shows preserved containment with adequate joint congruence on imaging, and the child retains good hip mobility. Because skeletal age is below 8 years, sufficient revalgization potential is present, which shapes the available management pathway. Conservative therapy is the first-line approach when hip mobility is preserved and radiographic imaging confirms the epiphysis is centered within the acetabular cup.
Treatment approach (partial overview) Management centres on structured physiotherapy including gentle range-of-motion work, alongside targeted activity modifications to reduce joint stress. Additional conservative measures — including hydrotherapy and controlled exercise programs — are incorporated to preserve joint function. In select cases, adjunctive interventions targeting specific muscle groups may also be considered.

Full regimen details, sequencing, and specific indications are in the complete protocol →

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References

DOI: 10.1007/s00402-025-05801-3
  • In the initial phase of LCPD, when hip mobility is preserved and radiographic imaging confirms joint congruence with the epiphysis centered within the acetabular cup, conservative therapy remains the first-line treatment approach.
  • If the skeletal age is less than 8 years, solely FVO is possible due to the sufficient revalgization potential.
  • Core components of conservative treatment include structured physiotherapy with gentle range-of-motion exercises, traction therapy where indicated, and activity modifications such as limiting high-impact activities.
  • Analgesia may be administered as needed, and moderate unloading of the affected limb can be considered, though its efficacy remains controversial, particularly in active children.
  • Recommendations strongly support the use of hydrotherapy, controlled cardiovascular exercise, and stretching programs to preserve joint function while minimizing joint stress.
  • Additionally, adjunctive interventions such as targeted Botox injections for iliopsoas and adductor muscle release may aid in improving hip range of motion in select cases.
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