Landau N S, Milovanova I I, Egorov N S
Mikrobiologiia. 1985 Jul-Aug;54(4):529-32.
The growth of microbial populations and their biosynthesis of proteinases with the fibrinolytic activity were studied in an artificial ecosystem composed of a strain producing the enzymes (Nocardia minima 1) and a zero strain (Arthrobacter citreus VKM 654). The microorganisms in the association were shown to interact in terms of amensalism via metabolites if the enzyme-producing strain dominated.
在由产酶菌株(极小诺卡氏菌1)和零菌株(柠檬节杆菌VKM 654)组成的人工生态系统中,研究了微生物种群的生长及其具有纤溶活性的蛋白酶的生物合成。结果表明,如果产酶菌株占主导地位,共生关系中的微生物会通过代谢产物以偏害共生的方式相互作用。