El Mejri S, El Bour M, Boukef I, Mraouna R, Got P, Trousselier M, Boudabbous A
Laboratoire de Pathologie des Organismes Aquatiques-INSTM, Salammbô, Tunisie.
Arch Inst Pasteur Tunis. 2008;85(1-4):21-8.
A survival of A. hydrophila B3 has been conducted in different conditions (mineral water, seawater exposed or not to the sunlight). Also, unculturable forms have been detected by using epifluorescence microscopy. Thus, different kinds of microcosms were prepared using filtered and autoclaved marine water or mineral water, inoculated by A. hydrophila B3 and maintained or not in room light. Further, we tested the survival of A. hydrophila B3 incubated in seawater and exposed to sunlight. Our results revealed that the culturable count of A. hydrophila B3 incubated in different conditions declined. Nevertheless, no variations were obtained for the total bacterial cells. Morphological, biochemical and antimicrobial modifications were noted.
已在不同条件下(矿泉水、暴露或未暴露于阳光下的海水)对嗜水气单胞菌B3进行了存活研究。此外,通过落射荧光显微镜检测到了不可培养形式。因此,使用经过过滤和高压灭菌的海水或矿泉水制备了不同种类的微观世界,接种嗜水气单胞菌B3并在室内光照下或无光照条件下保存。此外,我们测试了在海水中培养并暴露于阳光下的嗜水气单胞菌B3的存活率。我们的结果表明,在不同条件下培养的嗜水气单胞菌B3的可培养计数下降。然而,总细菌细胞数没有变化。观察到了形态、生化和抗菌方面的变化。