Stability and morphological and molecular-genetic identification of algae in buried soils
作者: A. D. TemraleevaS. V. MoskalenkoM. V. El’tsovI. M. VagapovA. Yu. OvchinnikovL. A. GugalinskayaV. M. AlifanovD. L. Pinskii
作者单位: 1Russian Academy of Sciences
刊名: Eurasian Soil Science, 2017, Vol.50 (8), pp.952-960
来源数据库: Springer Journal
DOI: 10.1134/S1064229317080129
关键词: Green algae18S rRNASporopolleninPaleosols
英文摘要: Living cultural strains of the green algae ‘Chlorella’ mirabilis and Muriella terrestris have been isolated from buried soils, and their identification has been confirmed by morphological and molecular-genetic analysis. It has been shown that the retention of their viability could be related to their small size and the presence of sporopollenin in cell walls. The effect of methods for the reactivation of dormant microbial forms on the growth of algae in paleosols has been estimated. The total DNA content has been determined in buried and recent background soils, and relationship between DNA and the presence and age of burial has been established.
原始语种摘要: Living cultural strains of the green algae ‘Chlorella’ mirabilis and Muriella terrestris have been isolated from buried soils, and their identification has been confirmed by morphological and molecular-genetic analysis. It has been shown that the retention of their viability could be related to their small size and the presence of sporopollenin in cell walls. The effect of methods for the reactivation of dormant microbial forms on the growth of algae in paleosols has been estimated. The total DNA content has been determined in buried and recent background soils, and relationship between DNA and the presence and age of burial has been established.
全文获取路径: Springer  (合作)
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影响因子:0.216 (2012)

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关键词翻译
关键词翻译
  • buried 沉没的
  • burial 埋葬
  • algae 藻类
  • identification 辨认
  • genetic 遗传的
  • morphological 形态学的
  • sporopollenin 孢粉质
  • retention 保留
  • cultural 文化的
  • their 他们的