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Isolation and alga-inhibiting characterization of Vibrio sp. BS02 against Alexandrium tamarense

机译:弧菌sp。的分离和抑制藻的特性。 BS02针对亚历山大·塔玛伦瑟

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摘要

The bacterium BS02 which is closely related to the genus Vibrio sp. and capable of inhibiting the toxic dinoflagellate Alexandrium tamarense was isolated from a mangrove area in Zhangjiangkou, Fujian Province, China. The bacterium was not species-specific since it displayed varying degrees of lysing activities against eight of the eighteen algae tested. There was a close interaction between initial bacterial and A. tamarense cell densities, indicating that algal growth was prompted at low bacterial concentrations, while the number of the alga cells was reduced at high concentrations. Alga-lysing characterization of Vibrio sp. BS02 suggested that the alga-lysing substance was extracellularly produced, less than 500 in molecular weight, as well as non proteinaceous, stable under wide range of temperature and pH conditions, UV radiation, repeated freezing and thawing and heavy metal treatments. These findings suggested that BS02 could play an important role in controlling harmful algal blooms.
机译:与弧菌属(Vibrio sp。)密切相关的细菌BS02。从中国福建省张江口的一个红树林地区分离出具有抑制毒性的鞭毛藻。该细菌不是物种特异性的,因为它对测试的18种藻类中的8种显示出不同程度的裂解活性。初始细菌与塔玛生曲霉细胞密度之间存在紧密的相互作用,这表明在低细菌浓度下藻类生长受到促进,而在高浓度下藻类细胞数量减少。弧菌的藻类裂解特性。 BS02提出藻类分解物质是在细胞外产生的,分子量小于500,并且是非蛋白质的,在宽范围的温度和pH条件,紫外线辐射,反复冻融和重金属处理下稳定。这些发现表明,BS02可以在控制有害藻华中起重要作用。

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