高剂量三维适形放射治疗前列腺癌患者的生存优势。

G E Hanks, A L Hanlon, W H Pinover, E M Horwitz, T E Schultheiss
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引用次数: 0

摘要

目的:治疗前列腺癌的价值一直受到质疑,一些人坚持认为生存获益证明了治疗的合理性。三维适形放疗技术的前瞻性剂量递增研究已经证明了生物化学免于疾病和局部控制的改善。我们报告了高剂量三维适型放疗治疗与低剂量治疗在生化无疾病、无远处转移、病因特异性生存和总生存方面的结果。患者和方法:研究设计是回顾性的,涉及根据独立预后变量匹配的配对,其中每个接受低剂量放疗的患者与接受高剂量放疗的患者匹配。比较两组患者的结果:第一组:三维适形放疗治疗-296例患者接受超过74 Gy的治疗,与分期,分级和前列腺特异性抗原水平相匹配,296例患者接受低于74 Gy的治疗。II组:三维适形放疗治疗-357例接受74 Gy以上治疗的患者与357例接受74 Gy以下治疗的患者在分期和分级上相匹配。结果:单因素分析显示,剂量是I组生化无疾病、无远处转移和病因特异性生存的重要预测因子,而II组生化无疾病、无远处转移、病因特异性生存和总生存的重要预测因子。多变量分析显示,剂量是I组中生化无疾病和无远处转移的重要独立预测因子,以及II组中生化无疾病、无远处转移、病因特异性生存和总生存的重要独立预测因子。讨论:这些数据为高剂量(> 74 Gy)三维适形放疗明确治疗前列腺癌提供了强有力的支持。这些剂量可以通过三维适形放射治疗技术安全地传递。各种机构和行业必须合作,扩大技术,允许在国家实践中使用高剂量三维适形放疗,超越技术卓越中心。
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Survival advantage for prostate cancer patients treated with high-dose three-dimensional conformal radiotherapy.

Purpose: The value of treating prostate cancer has been questioned, and some insist that a survival benefit is demonstrated to justify treatment. Prospective dose-escalation studies with three-dimensional conformal radiotherapy technique have demonstrated improvement in biochemical freedom from disease and local control. We report the outcomes of high-dose treatment with three-dimensional conformal radiotherapy compared with low-dose treatment for biochemical freedom from disease, freedom from distant metastasis, cause-specific survival, and overall survival.

Patients and methods: The study design was retrospective, involving pairs matched on independent prognostic variables in which each patient treated with low-dose radiotherapy was matched with a patient treated with high-dose radiotherapy. Outcomes were compared for two groups of patients: Group I: Three-dimensional conformal radiotherapy treatment--296 patients treated with more than 74 Gy matched on stage, grade, and prostate-specific antigen level, to 296 patients treated with less than 74 Gy. Group II: Three-dimensional conformal radiotherapy treatment--357 patients treated with more than 74 Gy matched on stage and grade to 357 patients treated with less than 74 Gy.

Results: Univariate analysis showed that dose is a significant predictor of biochemical freedom from disease, freedom from distant metastasis, and cause-specific survival for group I and biochemical freedom from disease, freedom from distant metastasis, cause-specific survival, and overall survival for group II. Multivariate analysis showed that dose is a significant independent predictor in group I for biochemical freedom from disease and freedom from distant metastasis and for biochemical freedom from disease, freedom from distant metastasis, cause-specific survival, and overall survival in group II.

Discussion: These data provide strong support for the definitive treatment of prostate cancer with high-dose (> 74 Gy) three-dimensional conformal radiotherapy. These doses can be safely delivered with three-dimensional conformal radiotherapy techniques. Various institutions and industry must collaborate to expand the technology allowing the use of high-dose three-dimensional conformal radiotherapy in the national practice beyond centers of technological excellence.

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