2014Acta Scientiarum Naturalium Universitatis SunyatseniRequires access

Carbon Metabolism and Bioplastic Production by Halophilic Archaea

Xiang, Hua, Han ., Jing Jing, Hou -, Zhao, Dahe, Cai, Shuangfeng, LEI LEI

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Abstract

1 Introduction Haloarchaea represents a distinct group of Archaea that typically inhabits hypersaline environments,such as salt lakes and sea salterns.They are easy to culture and many haloarchaea are genetically tractable,hence they are excellent model systems for research of archaeal genetics,

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1 Introduction Haloarchaea represents a distinct group of Archaea that typically inhabits hypersaline environments,such as salt lakes and sea salterns.They are easy to culture and many haloarchaea are genetically tractable,hence they are excellent model systems for research of archaeal genetics,

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Available abstract

1 Introduction Haloarchaea represents a distinct group of Archaea that typically inhabits hypersaline environments,such as salt lakes and sea salterns.They are easy to culture and many haloarchaea are genetically tractable,hence they are excellent model systems for research of archaeal genetics,

Key concepts: Haloarchaea, Archaea, Halophile, Bioplastic, Biology, Extremophile, Ecology, Evolutionary biology

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