2017
DOI: 10.1590/1678-4324-2017160567
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Abstract: The genus Planktothricoides Suda & Watanabe is considered as a 2-methylisoborneol (MIB) producer, affecting water quality and aquatic animal products worldwide. To date, there is limited information about the diversity of this genus from Thailand. In this study, Thai Planktothricoides strains were isolated from fish ponds and reservoirs in North, Northeast and Central regions for morphological examination, phylogenetic analyses based on 16S rRNA, rbcLX and MIB synthase genes as well as GC/MS/MS analyses. The m… Show more

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Cited by 4 publications
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“…This morphological feature was consistent with P. yagii that was isolated from Lake Biwa in Japan and is known to produce 2-MIB according to the molecular sequencing results [41]. Furthermore, previous studies reported that although 2-MIB could also be produced by non-Pseudanabaena species [42][43][44], Pseudanabaena-like species are known to be one of the major cyanobacteria that can produce 2-MIB from their non-heterocystous filamentous structures [11,45]. These results suggest that molecular phylogenetic analyses should be used to clearly identify the taxonomic class of the isolated species before further analyses.…”
Section: Isolation and Characterization Of 2-mib Pseudanabaena Speciessupporting
confidence: 85%
“…This morphological feature was consistent with P. yagii that was isolated from Lake Biwa in Japan and is known to produce 2-MIB according to the molecular sequencing results [41]. Furthermore, previous studies reported that although 2-MIB could also be produced by non-Pseudanabaena species [42][43][44], Pseudanabaena-like species are known to be one of the major cyanobacteria that can produce 2-MIB from their non-heterocystous filamentous structures [11,45]. These results suggest that molecular phylogenetic analyses should be used to clearly identify the taxonomic class of the isolated species before further analyses.…”
Section: Isolation and Characterization Of 2-mib Pseudanabaena Speciessupporting
confidence: 85%