Nagai K, Suda T
Department of Pathophysiology, Dental Research Center, Nihon University, Tokyo, Japan.
Methods Find Exp Clin Pharmacol. 1988 Aug;10(8):497-507.
Granulation is a tissue response with high potential of immunity and tissue repair. Carnosine was found to be a physiological stimulator that promotes granulation, and as carnosine and beta-alanine were shown to not only stimulate granulation but also accelerate wound healing, modulate immunoresponse, and non-specifically increase immunocompetence, therapeutic and prophylactic enhancement of spontaneous healing function of the body was suggested to be possible. In this report, revision of conventional medical concepts necessitated by recognition of homeostasis as a concrete manipulable entity, resolution of side effects of anti-tumor agents by homeostasis-stimulators, the possibility of direct treatment of cancer with homeostasis-stimulators, experimental reproduction of spontaneous regression, and a tripartite theory of carcinogenesis, including homeostasis as a key factor in the carcinogenic mechanism, are discussed as related to carnosine as a drug of the future.
肉芽形成是一种具有高免疫和组织修复潜力的组织反应。已发现肌肽是促进肉芽形成的生理刺激物,并且由于肌肽和β-丙氨酸不仅能刺激肉芽形成,还能加速伤口愈合、调节免疫反应并非特异性地增强免疫能力,因此有人认为有可能在治疗和预防方面增强身体的自发愈合功能。在本报告中,将讨论由于认识到内环境稳定是一个具体可操控的实体而导致的传统医学概念的修正、内环境稳定刺激剂对抗肿瘤药物副作用的解决、内环境稳定刺激剂直接治疗癌症的可能性、自发消退的实验再现以及包括内环境稳定作为致癌机制关键因素的三方致癌理论,这些都与肌肽作为未来药物相关。