首页> 外文会议>Second European Workshop on Exo-Astrobiology Sep 16-19, 2002 Graz, Austria >EFFECTS OF ANCIENT ROCK SALT ON HALOARCHAEAL GROWTH: HALOPHILES AS POSSIBLE MODEL ORGANISMS FOR EXO-/ASTROBIOLOGICAL RESEARCH
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EFFECTS OF ANCIENT ROCK SALT ON HALOARCHAEAL GROWTH: HALOPHILES AS POSSIBLE MODEL ORGANISMS FOR EXO-/ASTROBIOLOGICAL RESEARCH

机译:古代岩盐对盐古生物生长的影响:盐作为可能的外生/生物学研究的模式生物

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Halococcus dombrowskii was described as a novel haloarchaeal species isolated from Alpine rock salt which is believed to have been deposited about 250 million years ago. During its characterization, a new medium (M2S) was created by addition of dissolved and sterile-filtered rock salt to standard halophile medium (M2), which showed a pronounced growth stimulating effect on halococcal strains. Cultures grown in M2S had lower doubling times and reached a greater turbidity compared to cultures grown in M2. In addition, changes in cell morphology and significant differences in whole cell protein patterns were observed. It was examined whether this stimulating effect is reproducible within other halobacterial genera. M2S medium appears to approach the composition of the natural habitat of halophilic archaea and is therefore of interest for astrobiological research.
机译:dombrowskii盐球菌被描述为一种从高山岩盐中分离出来的新的盐生古菌种,据信其沉积于大约2.5亿年前。在其表征过程中,通过向标准嗜盐培养基(M2)中添加溶解并无菌过滤的岩盐,创建了一种新培养基(M2S),该培养基对卤代球菌菌株具有明显的生长刺激作用。与在M2S中生长的培养物相比,在M2S中生长的培养物具有较短的加倍时间并达到更大的浊度。另外,观察到细胞形态的变化和全细胞蛋白质模式的显着差异。检查了这种刺激作用是否在其他卤细菌属中可再现。 M2S培养基似乎接近嗜盐古生菌的自然栖息地的组成,因此引起天体生物学研究的兴趣。

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