Gradova N B, Koval'shiĭ Iu V
Mikrobiologiia. 1978 Mar-Apr;47(2):259-64.
The different culture of yeasts oxidizing hydrocarbons and the accompanying microflora are, under certain physico-chemical conditions, in metabiotic relationships which provide stability of the system. These relationships were studied with yeast cultures belonging to the Candida genus and oxidizing hydrocarbons. The relationships between the hydrocarbon oxidizing yeast Candida guilliermondii and other species of the genus Candida were determined by a combination of active and passive antogonism, as the result of which strains of this species completely dominated in the cenosis of fermenters.
在特定的物理化学条件下,氧化烃类的酵母及其伴随的微生物区系的不同培养物处于共生关系中,这种关系为系统提供了稳定性。利用属于假丝酵母属且能氧化烃类的酵母培养物对这些关系进行了研究。烃氧化酵母季也蒙毕赤酵母与假丝酵母属其他物种之间的关系是由主动和被动拮抗作用共同决定的,结果是该物种的菌株在发酵罐群落中完全占据主导地位。