从泰国湄桃溪污染地点分离的耐镉真菌

T. Netpae, Sawitree Suckley, C. Phalaraksh
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引用次数: 5

摘要

本研究旨在测定泰国德省湄索地区湄桃溪的水质和底泥质量,并筛选高Cd耐受性真菌。研究结果表明,在卫生控制过程和农业条件下,湄桃溪的地表水水质基本适合人类生活和工业用水。与泰国地表水质量标准相比,水中的Cd浓度较低,但发现沉积物中的Cd水平超过了英国健康保护局的土壤和沉积物标准。5个分离株(Humicola sp.、Penicillium sp.、Aspergillus sp. 1、Aspergillus sp. 2和Alternaria sp.)均能在含有1mg / l Cd的马铃薯葡萄糖琼脂上生长。综上所示,Humicola sp.能在高浓度Cd环境下生长,被认为是高抗Cd真菌,对其去除污染水中Cd的能力有潜在的研究价值。Tinnapan Netpae, Sawitree Suckley和Chitchol Phalaraksh
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Cadmium tolerance fungi isolated from polluted sites in the Mae Tao creek, Thailand
This research were aimed at determining water and sediment quality and screening for high Cd tolerance fungi from the Mae Tao creek in Mae Sot District, Tak Province, Thailand. The study results revealed that mostly the surface water quality of the Mae Tao creek was suitable for people to consume and industrial purposes under sanitary controlled process and agriculture. The concentrations of Cd in water were low compared to the surface water quality standards of Thailand, but Cd levels in the sediment were found to exceed the UK Health Protection Agency standard of soil and sediment. Totally five isolates (Humicola sp., Penicillium sp., Aspergillus sp. 1, Aspergillus sp. 2 and Alternaria sp.) could grow on potato dextrose agar containing 1 mg l Cd. Altogether, Humicola sp. could grow in the presence of high concentration Cd and was considered as high Cd resistance fungi, which makes it an attractive potential candidate for further investigation regarding its ability to remove Cd from polluted water. 30 Tinnapan Netpae, Sawitree Suckley and Chitchol Phalaraksh
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