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Background: Gorham-Stout disease is an unusual, progressive syndrome of unknown etiology characterized by mono- or polyostotic osteolysis most often affecting children and young adults. The onset is insidious and the disease progresses to extensive and potentially disabling osteolysis often unresponsive to therapeutic intervention. Although bone and soft tissue lesions are the most frequent manifestations of Gorham-Stout disease, skin lesions can occur and may provide a clue to the pathogenesis of this rare syndrome. Objective: Our aim was to describe characteristics of vascular skin lesions of this rare condition using magnetic resonance imaging and histomorphological analysis. Methods: The case of a 36-year-old man with Gorham-Stout disease of the left leg and foot is reported. Results: This case was remarkable for its prominent lymphatic vascular malformations involving the skin and soft tissues adjacent to the diseased bone-a previously undescribed abnormality, which preceded osteolysis for several years. Magnetic resonance imaging played a key role in defining the extent of disease in skin and soft tissues. Limitations: It is difficult to assess the true incidence of hemangiomatosis in the earlier reports on Gorham-Stout disease in which hemangiomatous cutaneous lesions were mentioned but not described or illustrated. Conclusion: A vascular process with angiomatous histological features is considered to be the pathological hallmark of Gorham-Stout disease, but the specific type of this vascular process is still under debate. Our report highlights a lymphatic malformative nature of Gorham-Stout disease, thereby contributing to a better understanding and characterization of this rare disease entity. [ABSTRACT FROM AUTHOR]

Focuses on the medical case of a 34-year old man who was experiencing extensive and slowly progressive vascular skin lesions and recurrent episodes of local cutaneous infection. Developing difficulty in walking following minor trauma to his leg; Diagnosis of Gorham-Stout disease, in which bone mass is absorbed into the body.