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预测患者预后的流行病学和统计方法。

Epidemiology and statistical methods in prediction of patient outcome.

作者信息

Bostwick David G, Adolfsson Jan, Burke Harry B, Damber Jan-Erik, Huland Hartwig, Pavone-Macaluso Michele, Waters David J

机构信息

Bostwick Laboratories, Richmond, Virginia 23294, USA.

出版信息

Scand J Urol Nephrol Suppl. 2005 May(216):94-110. doi: 10.1080/03008880510030969.

Abstract

Substantial gaps exist in the data of the assessment of risk and prognosis that limit our understanding of the complex mechanisms that contribute to the greatest cancer epidemic, prostate cancer, of our time. This report was prepared by an international multidisciplinary committee of the World Health Organization to address contemporary issues of epidemiology and statistical methods in prostate cancer, including a summary of current risk assessment methods and prognostic factors. Emphasis was placed on the relative merits of each of the statistical methods available. We concluded that: 1. An international committee should be created to guide the assessment and validation of molecular biomarkers. The goal is to achieve more precise identification of those who would benefit from treatment. 2. Prostate cancer is a predictable disease despite its biologic heterogeneity. However, the accuracy of predicting it must be improved. We expect that more precise statistical methods will supplant the current staging system. The simplicity and intuitive ease of using the current staging system must be balanced against the serious compromise in accuracy for the individual patient. 3. The most useful new statistical approaches will integrate molecular biomarkers with existing prognostic factors to predict conditional life expectancy (i.e. the expected remaining years of a patient's life) and take into account all-cause mortality.

摘要

在风险评估和预后评估数据方面存在重大差距,这限制了我们对导致当今最大规模癌症流行——前列腺癌的复杂机制的理解。本报告由世界卫生组织的一个国际多学科委员会编写,旨在探讨前列腺癌流行病学和统计方法的当代问题,包括当前风险评估方法和预后因素的总结。报告重点介绍了现有每种统计方法的相对优点。我们得出以下结论:1. 应成立一个国际委员会来指导分子生物标志物的评估和验证。目标是更精确地识别那些将从治疗中受益的人。2. 尽管前列腺癌具有生物学异质性,但它是一种可预测的疾病。然而,预测的准确性必须提高。我们预计更精确的统计方法将取代当前的分期系统。必须在当前分期系统的简单性和直观易用性与对个体患者准确性的严重折衷之间取得平衡。3. 最有用的新统计方法将把分子生物标志物与现有的预后因素相结合,以预测有条件的预期寿命(即患者预期剩余的寿命年数)并考虑全因死亡率。

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