Abstract
Osteodystrophy is frequently found in children with chronic cholestatic liver disease. We herein report an end-stage case of biliary atresia that was associated with multiple bone fractures and severe growth retardation. The patient, an 8-month-old female, underwent a living-related liver transplantation and thereafter showed a dramatic improvement in growth and decrease in bone fractures. A correction of the liver function is therefore considered to be a key factor in treating osteodystrophy that is related to chronic cholestatic liver disease. It is also essential to perform liver transplantation at the most appropriate time to enhance and support the growth of these patients.
MeSH terms
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Biliary Atresia / complications*
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Biliary Atresia / surgery
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Female
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Femoral Fractures / diagnostic imaging
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Femoral Fractures / etiology
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Femoral Fractures / surgery
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Follow-Up Studies
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Fractures, Spontaneous / diagnostic imaging
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Fractures, Spontaneous / etiology*
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Fractures, Spontaneous / surgery
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Humans
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Humeral Fractures / diagnostic imaging
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Humeral Fractures / etiology
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Humeral Fractures / surgery
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Infant
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Liver Transplantation* / methods
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Living Donors
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Portoenterostomy, Hepatic
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Radiography, Thoracic
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Radius Fractures / diagnostic imaging
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Radius Fractures / etiology
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Radius Fractures / surgery
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Rib Fractures / diagnostic imaging
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Rib Fractures / etiology
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Rib Fractures / surgery
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Tomography, X-Ray Computed
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Treatment Outcome
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Ulna Fractures / diagnostic imaging
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Ulna Fractures / etiology
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Ulna Fractures / surgery