将放射增敏药物重新用于放射治疗:概述

Jie Man Low, G. Rodriguez-Berriguete, Geoff S Higgins
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引用次数: 0

摘要

将成熟的非抗癌药物重新用于癌症治疗具有潜在的好处,如加快临床转化和提高经济效益。在本研究中,我们根据药物提高肿瘤放射敏感性的能力,评估了将药物与放疗(RT)联合使用的再利用前景。通过基于文献的方法,我们确定了 42 种具有不同非癌症适应症和作用机制的放射增敏药物,这些药物已经进入或完成了与 RT 或化学放疗联合使用的临床试验。烟酰胺和尼莫拉唑这两种化合物已进入常规临床应用,但与放疗的联合应用还很有限。我们概述了这些成功的再利用药物,并重点介绍了一些不成功的再利用工作和成功前景不明的候选药物。在回顾这些试验后,我们发现了不成功案例背后的一些共同点,包括试验报告不完善、缺乏生物标志物和患者选择、药理特性不理想、试验设计不当、缺乏或未充分考虑临床前和临床数据以及资金支持有限。我们指出了未来的方向,以减少这些问题,提高放疗药物再利用的成功可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Repurposing radiosensitising medicines for radiotherapy: an overview
Repurposing established non-cancer drugs for the treatment of cancer offers potential benefits such as speed of clinical translation and financial efficiencies. In this study, we assess the landscape of repurposing drugs for combined use with radiotherapy (RT) based on their capacity to increase tumour radiosensitivity. Using a literature-based approach, we identified 42 radiosensitising drugs with varied non-cancer indications and mechanisms of action, that have entered or completed clinical trials in combination with RT or with chemoradiotherapy. Two compounds, nicotinamide and nimorazole, have entered routine but limited clinical use in combination with radiotherapy. We provide an overview on these successfully repurposed drugs, and highlight some examples of unsuccessful repurposing efforts and drug candidates with an uncertain prospect of success. Upon reviewing the trials, we identified some common themes behind the unsuccessful efforts, including poor trial reporting, absence of biomarkers and patient selection, sub-optimal pharmacological properties, inappropriate trial design, lack or inadequate consideration of pre-clinical and clinical data, and limited funding support. We point out future directions to mitigate these issues and increase the likelihood of success in repurposing drug treatments for radiotherapy.
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