Key result
Fine-needle aspiration cytology successfully identified cytologic features of postirradiation sarcomas in all four cases, allowing differentiation from recurrent carcinoma.
Case Report (n=4)
Fine-needle aspiration cytology, aided by immunocytochemistry, is useful for diagnosing postirradiation sarcomas and differentiating them from recurrent carcinomas.
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May enable FNA differentiation of postirradiation sarcomas from recurrent carcinoma; hypothesis-generating and requires prospective validation.
Postirradiation sarcomas are an unusual but well-recognized late effect of cancer therapy. In this article, a fine-needle aspiration (FNA) series of four cases is presented. There were three female patients and one male patient, with an age range of 28-55 yr (mean, 41). Two of the patients were irradiated for uterine cervical carcinoma while the other two received irradiation for malignant lymphoma. The time interval to the development of the postirradiation sarcoma ranged from 10 to greater than 20 yr. There were a postirradiation synovial sarcoma of the buttock region, malignant fibrous histiocytoma of the bone (femur), and rhabdomyosarcoma and angiosarcoma of the retroperitoneum. A spectrum of cytologic findings was encountered, reflecting the specific types of sarcomas. Immunocytochemical studies performed on the aspirated material from the angiosarcoma demonstrated the utility of immunoperoxidase stains for ULEX europaeus agglutinin-1 (UEA-1) and, to a lesser degree, factor VIII-related antigen antibody, confirming the vascular nature of this malignancy. The FNA findings from all four cases demonstrated cytologic features that allowed recognition of this unusual complication of irradiation treatment. This article confirms the utility of FNA cytology in following patients with previous malignancies and differentiating a postirradiation sarcoma from recurrent carcinoma.
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Silverman et al. (1989) conducted a case report in Postirradiation sarcomas (n=4). Fine-needle aspiration (FNA) cytology was evaluated on Cytologic features allowing recognition of postirradiation sarcoma. Fine-needle aspiration cytology successfully identified cytologic features of postirradiation sarcomas in all four cases, allowing differentiation from recurrent carcinoma.
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