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Growth characteristics of red rain microbes at temperatures below 100°C

机译:温度低于100°C时红雨微生物的生长特征

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The red rain microbes, which caused red rain phenomenon in Kerala, India, exhibit many characteristics much different from conventional microorganisms. Previous study indicates that these microbes are possibly of extraterrestrial origin. Their ability to multiply at extreme high temperature of 300 °C and the unusual autofluorescence of their biomolecules are some of their extraordinary properties. Their molecular composition is yet to be identified. In this paper we report the growth pattern of these novel microbes at temperatures below 100 °C as a minimal approach to show their biological nature. Automated turbidity measurement of the cell culture indicate standard microbial growth curve. Increase in the cell population is faster at higher temperatures. Details of this investigation and results are discussed.
机译:在印度喀拉拉邦引起红雨现象的红雨微生物具有许多与常规微生物不同的特征。先前的研究表明,这些微生物可能是外星起源的。它们在300°C的极高温度下繁殖的能力以及其生物分子的异常自发荧光是它们的一些非凡特性。它们的分子组成尚未确定。在本文中,我们报告了这些新型微生物在低于100°C的温度下的生长模式,以此来显示其生物学特性。细胞培养物的自动浊度测量表明标准微生物生长曲线。在较高温度下,细胞数量的增加更快。讨论了这项调查和结果的细节。

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