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Thermophilic microbial diversity and physicochemical attributes of thermal springs in the Garhwal Himalaya

机译:Garhwal Himalaya热弹簧热嗜热微生物多样性和物理化学属性

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摘要

The study aim was assessment of physicochemical characteristics along with the microbial diversity of samples of water collected from three important thermal springs of Uttarakhand state in India for two continuous years (2015 – 2016) with two samples taken each year. Some parameters were assessed at the sampling sites and the others in the laboratory. Microbial diversity was explored by using morphological, biochemical, MALDI-TOF-mass spectrometry and molecular approaches. The α-diversity of Gauri Kund was 24 with 14 strains of bacteria, five strains of actinomycetes and five strains of fungi. The α-diversity of Gangnani Kund was 22 with 10 strains of bacteria, five strains of actinomycetes and seven strains of fungi. The α-diversity of Tapovan Kund was 18 with eight strains of bacteria, four strains of actinomycetes and six strains of fungi. The current study can be a good reference for further similar studies. The available data will also help to understand the reasons behind the curative properties of these hot water springs. It also helps the government and local administration to take preventive measures for the conservation and management of these hot water springs..
机译:该研究目的是评估物理化学特性以及从印度近年近年的热弹簧中收集的水样片的微生物多样性,每年服用两次样本,每年采取两次样本。在实验室中的抽样站点和其他参数评估了一些参数。通过使用形态学,生化,MALDI-TOF质谱和分子方法探索微生物多样性。 Gauri Kund的α-多样性为24株,14株细菌,五种放线菌和五种真菌菌株。 Gangnani Kund的α-多样性为22株细菌,5株菌株和七株真菌菌株。 Tapovan Kund的α-多样性为18株,八株细菌,四种放线菌和六种真菌菌株。目前的研究对于进一步类似的研究来说是一个很好的参考。可用数据还有助于了解这些热水弹簧的疗效背后的原因。它还有助于政府和当地政府采取预防措施,为这些热水弹簧的保护和管理。

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