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Antagonistic antimicrobial activity of marine fungi and bacteria isolated from marine biofilm and seawaters of Hong Kong

机译:从香港海洋生物膜和海水中分离出来的海洋真菌和细菌的拮抗抗菌活性

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ABSTRACT: The antagonistic interaction between marine fungi and marine bacteria was investigated using 19 bacterial species isolated from marine biofilm and 46 waterborne fungal isolates obtained from Hong Kong waters. Of the 46 fungal isolates, 70% inhibited the growth of at least 1 target bacterial species. Active fungal strains belonged mainly to the genera Cladosporium, Paraphaeosphaeria, Trichoderma, Alternaria, Phoma, and Arthrinium. Eight fungal isolates (17% of all fungal isolates tested) were sensitive to at least 1 target bacterial species. Eleven of the 19 bacterial species showed antifungal activity. Two Staphylococcus strains inhibited the growth of all of the sensitive fungal strains. The results indicated that marine fungi could provide an important source of natural antimicrofouling compounds and that the interaction between marine fungi and marine bacteria in biofilms cannot easily be generalized.
机译:摘要:使用从海洋生物膜中分离出的19种细菌和从香港水域获得的46种水生真菌分离物,研究了海洋真菌与海洋细菌之间的拮抗作用。在46种真菌分离物中,有70%抑制了至少1种目标细菌的生长。活性真菌菌株主要属于白孢子,乳白球菌,木霉, Alternaria , Phoma,< / I>和 Articleinium 。八个真菌分离株(测试的所有真菌分离株的17%)对至少1个目标细菌物种敏感。 19种细菌中有11种具有抗真菌活性。两种葡萄球菌菌株均抑制了所有敏感真菌菌株的生长。结果表明,海洋真菌可以提供天然的抗污垢化合物的重要来源,并且海洋真菌与生物膜中海洋细菌之间的相互作用不易推广。

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