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化学增敏剂:期刊历史。

Chemical radiosensitizers: the Journal history.

机构信息

a Radiation Oncology , Medical College of Wisconsin , Milwaukee , WI , USA.

出版信息

Int J Radiat Biol. 2019 Jul;95(7):940-944. doi: 10.1080/09553002.2019.1569779. Epub 2019 Jan 31.

Abstract

To review the Journal's coverage of chemical radiosensitizers. I have reviewed all the possibly-relevant papers that appeared in the Journal prior to 1970 and since 2010, plus the most highly-cited papers from the intervening years. I excluded papers that dealt only with oxygen as a sensitizer, that referred to sensitization of phototoxicity or hyperthermia, or that described interactions with antineoplastic agents unless they clearly distinguish between additive toxicity and radiosensitization. My definition of 'chemical' was very broad, so the coverage includes everything from classical hypoxic cell sensitizers to gold nanoparticles. A literature search identifies ∼600 Journal articles as involving 'radiation sensitizing agents'; these articles are not common in Journals' first years but take off after 1970 with a peak in the late 1980s. Half of the highly-cited radiosensitizer papers were published between 1969 and 1974; the two most-cited radiosensitizer papers were 1969 and 1979 papers on hypoxic cell sensitizers. The third most-cited radiosensitizer paper would not come for two more decades, and it would use a physical rather than a chemical approach to radiosensitization. The development of an agent that would differentially sensitize tumors to irradiation remains a 'holy grail' of clinically-oriented radiobiology. Approaches to this goal have been a major feature of the Journal since its first decade, but we have yet to find such an agent. Perhaps we should be discouraged, but personally, I remain optimistic that we (or our students) will succeed.

摘要

为了回顾本刊对化学增敏剂的报道。我已查阅了本刊 1970 年以前和 2010 年以后出版的所有可能相关的论文,以及过去这些年中被引用最多的论文。我排除了只涉及氧作为增敏剂、提及光毒性或高热增敏或描述与抗肿瘤药物相互作用的论文,除非它们明确区分附加毒性和增敏作用。我对“化学”的定义非常广泛,因此这一涵盖范围包括从经典的乏氧细胞增敏剂到金纳米颗粒。文献检索确定了约 600 篇涉及“辐射增敏剂”的本刊文章;这些文章在本刊创刊初期并不常见,但在 1970 年后开始增多,在 20 世纪 80 年代末达到高峰。被引频次高的增敏剂论文有一半发表于 1969 年至 1974 年;被引频次最高的两篇增敏剂论文是 1969 年和 1979 年发表的关于乏氧细胞增敏剂的论文。第三篇被引频次最高的增敏剂论文还要再过二十年才出现,它使用的是一种物理而非化学的增敏方法。开发一种能使肿瘤对放疗产生差异敏感性的药物仍然是临床放射生物学的“圣杯”。自创刊第一年内,本刊就一直将这一目标的研究作为主要特色,但我们仍未找到这样的药物。也许我们应该感到气馁,但就我个人而言,我仍然乐观地认为我们(或我们的学生)将会成功。

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