Abstract
Thirty-three patients with inoperable esophageal cancer were treated in a randomized study. There were 24 squamous cell, 2 anaplastic, 4 unclassified, and 3 adenocarcinomas. Eighteen patients were treated with 6 cycles of adriamycin with a 3 week rest period between cycles. Adriamycin was administered in doses of 40 mg/m2 body surface daily for 2 days during each cycle. The other group of 15 patients were treated with both adriamycin and radiation. The tumor was irradiated with speed electrons (4500–5200 rads total dose), and during irradiation, 3 cycles of adriamycin were given. All patients previously had had no treatment. In the group of patients treated with adriamycin, the response rate (> 50 % tumor regression) was 33 % (6/18) with 1 complete and 5 partial remissions. In the combined treatment group, there were 4 complete and 5 partial remissions (9/15) with a response rate of 60 %. In both groups of patients, remissions were obtained in the squamous cell carcinomas, except 1 patient with anaplastic carcinoma in the adriamycin-treated group, and 1 adenocarcinoma in the combined treated group. Remissions lasted 2–12 months (M = 3.2 months) in the adriamycin-treated group and 3–15 months (M = 8.6 months) in the combined treatment group. There were no significant differences in the toxic side effects, except a slightly increased myelodepression in the combined treatment modality. One patient of the combined treatment group showed a potentiation of radiation dermititis. The results obtained show that adriamycin does have an antitumor effect on esophageal (squamous cell) carcinoma, which so far has not been proven. Significantly better results with longer remission duration can be obtained when both adriamycin and radiation are combined.
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