Valdes-Collazo L, Schultz A J, Hazen T C
Microbial Ecology Laboratory, University of Puerto Rico, Rio Piedras.
Appl Environ Microbiol. 1987 Aug;53(8):1762-7. doi: 10.1128/aem.53.8.1762-1767.1987.
A survey of Candida albicans indicated that the organism was present at all sites sampled in a rain forest stream and in near-shore coastal waters of Puerto Rico. In the rain forest watershed no relationship existed between densities of fecal coliforms and densities of C. albicans. At two pristine sites in the rain forest watershed both C. albicans and Escherichia coli survived in diffusion chambers for extended periods of time. In near-shore coastal waters C. albicans and E. coli survival times in diffusion chambers were enhanced by effluent from a rum distillery. The rum distillery effluent had a greater effect on E. coli than on C. albicans survival in the diffusion chambers. These studies show that neither E. coli nor C. albicans organisms are good indicators of recent fecal contamination in tropical waters. It further demonstrates that pristine freshwater environments and marine waters receiving organic loading in the tropics can support densities of C. albicans which may be a health hazard.
一项对白色念珠菌的调查表明,在波多黎各雨林溪流和近岸沿海水域的所有采样点均发现了该生物体。在雨林流域,粪便大肠菌群密度与白色念珠菌密度之间不存在关联。在雨林流域的两个原始采样点,白色念珠菌和大肠杆菌在扩散室中都能长时间存活。在近岸沿海水域,一家朗姆酒厂的废水提高了白色念珠菌和大肠杆菌在扩散室中的存活时间。在扩散室中,朗姆酒厂废水对大肠杆菌存活的影响比对白色念珠菌的影响更大。这些研究表明,无论是大肠杆菌还是白色念珠菌都不是热带水域近期粪便污染的良好指示生物。这进一步证明,热带地区的原始淡水环境和接受有机负荷的海水能够维持白色念珠菌的密度,这可能对健康构成危害。