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"Duckweed-Microbe Co-Cultivation Method" for Isolating a Wide Variety of Microbes Including Taxonomically Novel Microbes.


ABSTRACT: We herein described a new microbial isolation method using the interaction between the floating aquatic plant, duckweed, and microbes. We harvested microbial cells from Japanese loosestrife roots and co-cultivated these cells with aseptic duckweed using artificial inorganic medium for the plant for four weeks. During the co-cultivation, some duckweeds were collected every week, and the roots were used for microbial isolation using a low-nutrient plate medium. As a result, diverse microbial isolates, the compositions of which differed from those of the original source (Japanese loosestrife root), were obtained when the roots of duckweed were collected after 2 weeks of cultivation. We also successfully isolated a wide variety of novel microbes, including two strains within the rarely cultivated phylum, Armatimonadetes. The present study shows that a duckweed-microbe co-cultivation approach together with a conventional technique (direct isolation from a microbial source) effectively obtains more diverse microbes from a sole environmental sample.

SUBMITTER: Tanaka Y 

PROVIDER: S-EPMC6308005 | biostudies-other | 2018 Dec

REPOSITORIES: biostudies-other

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"Duckweed-Microbe Co-Cultivation Method" for Isolating a Wide Variety of Microbes Including Taxonomically Novel Microbes.

Tanaka Yasuhiro Y   Tamaki Hideyuki H   Tanaka Kazuya K   Tozawa Erina E   Matsuzawa Hiroaki H   Toyama Tadashi T   Kamagata Yoichi Y   Mori Kazuhiro K  

Microbes and environments 20181107 4


We herein described a new microbial isolation method using the interaction between the floating aquatic plant, duckweed, and microbes. We harvested microbial cells from Japanese loosestrife roots and co-cultivated these cells with aseptic duckweed using artificial inorganic medium for the plant for four weeks. During the co-cultivation, some duckweeds were collected every week, and the roots were used for microbial isolation using a low-nutrient plate medium. As a result, diverse microbial isola  ...[more]