Lachance M A, Gilbert D G, Starmer W T
Department of Plant Sciences, University of Western Ontario, London, Canada.
J Ind Microbiol. 1995 Jun;14(6):484-94. doi: 10.1007/BF01573963.
Intestinal yeast mycobiota were studied in 14 species of Drosophila and in the drosophilid species Chymomyza amoena, captured at Pinery Provincial Park, Ontario. Over 56 yeast species, some undescribed, were isolated. These yeast communities were compared with those from two similar surveys conducted in western portions of North America. The community structures were influenced significantly by the habitat rather than phylogeny of the flies. Geographic separation was a factor affecting yeast taxa frequencies in the fly species, but it was largely overshadowed by ecological factors when the communities were described physiologically. The notion that habitats are filled by yeasts which add up to a suitable physiological potential, more or less independently of their taxonomic affinities, was thus confirmed.
对在安大略省派尼尔里省立公园捕获的14种果蝇和果蝇科物种嗜胺粪蝇的肠道酵母微生物群进行了研究。分离出了56种以上的酵母物种,其中一些尚未描述。将这些酵母群落与在北美西部进行的两项类似调查中的群落进行了比较。群落结构受栖息地而非果蝇系统发育的显著影响。地理隔离是影响果蝇物种中酵母分类群频率的一个因素,但在从生理学角度描述群落时,它在很大程度上被生态因素所掩盖。因此,栖息地由酵母填充的观点得到了证实,这些酵母或多或少独立于它们的分类亲缘关系,加起来形成了合适的生理潜力。