Gräfe U
Z Allg Mikrobiol. 1983;23(5):319-43. doi: 10.1002/jobm.3630230507.
The present survey covers the regulatory role of microbial secondary metabolites and related compounds as endogenous signals of cell differentiation of the producing organisms. Several antibiotics have been shown to exert autoregulatory effects on differentiation-associated functions. The mechanisms of self-protection of the producing cells against the autotoxicity of secondary metabolites are discussed in terms of an integral part of the modulation of signal strength. As a further topic, the review deals with the hormone-like interference of particular metabolites with differentiating cells. Conclusive discussion concerns the potential use of microbial signal molecules either as tools for directed manipulations of product syntheses or as pharmaceutics.
本次调查涵盖了微生物次级代谢产物及相关化合物作为产生这些物质的生物体细胞分化内源性信号的调节作用。已证明几种抗生素对与分化相关的功能具有自动调节作用。从信号强度调节的一个组成部分的角度讨论了产生细胞针对次级代谢产物自身毒性的自我保护机制。作为另一个主题,该综述探讨了特定代谢产物对分化细胞的类激素干扰。结论性讨论涉及微生物信号分子作为定向操纵产物合成的工具或作为药物的潜在用途。