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[生物反应调节剂-生物反应调节剂与宿主防御增强剂的评估与考量]

[Evaluation and consideration of BRM-BRM and HDP (host defense potentiators)].

作者信息

Chihara G

机构信息

National Cancer Center Research Institute, Tokyo.

出版信息

Gan To Kagaku Ryoho. 1988 Apr;15(4 Pt 2-3):1588-96.

PMID:3382231
Abstract

It should first be stressed that the term BRM is wrong and unscientific, since this would include potassium cyanide or cancer chemotherapeutics in the strict sense of the term. Therefore, in this article we discuss the evaluation of Host Defence Potentiators (HDP). IL-2 or TNF should not be included as HDP because their action is local and not selective to cancer cells, similar to the case of cancer chemotherapeutics. IL-2 is not useful without the presence of IL-2-responsive cells in the host. The most important facet of the action of HDP is to increase the response of the host to cytokines or other bioactive substances according to the degree of maturation, differentiation or proliferation of responsive cells in the host defence mechanism. Lentinan appears to represent a unique class of HDP, markedly potentiating host resistance to cancer and bacterial, viral and parasitic infections, and shows prominent antitumor activity in syngeneic and autochthonous hosts, suppressing chemical and viral oncogenesis. The most important target of HDP is complete prevention of recurrence after "curative" surgery fundamentally through growth inhibition and regression of a small number of autochthonous tumor cells scattered in the host. Considering the excellent end-point results for phase III advanced and recurrent gastrointestinal and breast cancer, lentinan seems to be the most hopeful drug against cancer recurrence. The development of various new types of MDP mediating host homeostasis in the immune, endocrine and nervous systems and nutritional states is expected.

摘要

首先应该强调的是,生物反应调节剂(BRM)这个术语是错误且不科学的,因为严格来讲,它会包括氰化钾或癌症化疗药物。因此,在本文中我们讨论宿主防御增强剂(HDP)的评估。白细胞介素 - 2(IL - 2)或肿瘤坏死因子(TNF)不应被列为HDP,因为它们的作用是局部性的,对癌细胞没有选择性,这与癌症化疗药物的情况类似。在宿主中不存在对IL - 2有反应的细胞时,IL - 2是无用的。HDP作用的最重要方面是根据宿主防御机制中反应性细胞的成熟、分化或增殖程度,增强宿主对细胞因子或其他生物活性物质的反应。香菇多糖似乎代表了一类独特的HDP,它能显著增强宿主对癌症以及细菌、病毒和寄生虫感染的抵抗力,并且在同基因和自体宿主中显示出显著的抗肿瘤活性,抑制化学致癌和病毒致癌作用。HDP最重要的目标是通过抑制生长和使散在于宿主中的少量自体肿瘤细胞消退,从根本上完全预防“根治性”手术后的复发。考虑到III期晚期和复发性胃肠道癌及乳腺癌的出色终点结果,香菇多糖似乎是对抗癌症复发最有希望的药物。预计会开发出各种新型的MDP,它们能在免疫、内分泌和神经系统以及营养状态中调节宿主内环境稳定。

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1
[Evaluation and consideration of BRM-BRM and HDP (host defense potentiators)].[生物反应调节剂-生物反应调节剂与宿主防御增强剂的评估与考量]
Gan To Kagaku Ryoho. 1988 Apr;15(4 Pt 2-3):1588-96.
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