Vakhitov T Ia, Petrov L N, Bondarenko V M
Zh Mikrobiol Epidemiol Immunobiol. 2005 Sep-Oct(5):108-14.
The biological functions of Escherichia coli M-17 exometabolites, contained in the synthetic composition of the autostimulating preparation "Actoflor-C", were evaluated. As shown by in vitro experiments, the composition had higher stimulating activity with respectto some microorganisms of the normal microflora, in comparison with the prototype preparation "Actoflor". High doses of the preparation "Actoflor-C" were supposedly capable of having not only positive influence on the development of microbiocenosis, but also of producing therapeutic action and primarily on intestinal epithelial cells by compensating the insufficient supply of bacterial metabolites in dysbiotic states. The presented data made it possible to believe that the functional activity of microbiocenosis was greatly determined by the system of metabolic regulation. The presented results formed the basis for the use of bacterial metabolites in the therapeutic of microbiocenosis in man.
对自动刺激制剂“Actoflor - C”合成成分中所含大肠杆菌M - 17外代谢产物的生物学功能进行了评估。体外实验表明,与原型制剂“Actoflor”相比,该成分对正常微生物群落的某些微生物具有更高的刺激活性。高剂量的“Actoflor - C”制剂据推测不仅能够对微生物群落的发展产生积极影响,还能产生治疗作用,主要是通过补偿生态失调状态下细菌代谢产物供应不足来作用于肠道上皮细胞。所呈现的数据使人有理由相信,微生物群落的功能活性在很大程度上取决于代谢调节系统。所呈现的结果为在人类微生物群落治疗中使用细菌代谢产物奠定了基础。