Journal
MARINE DRUGS
Volume 18, Issue 1, Pages -Publisher
MDPI
DOI: 10.3390/md18010016
Keywords
benthic cyanobacteria; tropical mangrove; Guadeloupe; phylogenetic diversity; chemical diversity; molecular networking; antimicrobial activity
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Funding
- CNRS MITI X-Life 2018-2019 program (CABMAN project)
- ATM CHEMCYANGROV from the 2019 MNHN grant biodiversity of microorganisms
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Benthic cyanobacteria strains from Guadeloupe have been investigated for the first time by combining phylogenetic, chemical and biological studies in order to better understand the taxonomic and chemical diversity as well as the biological activities of these cyanobacteria through the effect of their specialized metabolites. Therefore, in addition to the construction of the phylogenetic tree, indicating the presence of 12 potentially new species, an LC-MS/MS data analysis workflow was applied to provide an overview on chemical diversity of 20 cyanobacterial extracts, which was linked to antimicrobial activities evaluation against human pathogenic and ichtyopathogenic environmental strains.
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