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• W3111929839 endingPage "e10240" @default.
• W3111929839 startingPage "e10240" @default.
• W3111929839 abstract "Skin mucus in fish is the first barrier between the organism and the environment but the role of skin mucus in protecting fish against pathogens is not well understood. During copulation in sharks, the male bites the female generating wounds, which are then highly likely to become infected by opportunistic bacteria from the water or from the male shark’s mouth. Describing the microbial component of epithelial mucus may allow future understanding of this first line of defense in sharks. In this study, we analyzed mucus and skin samples obtained from 19 individuals of two shark species and a stingray: the nurse shark ( Ginglymostoma cirratum ), the lemon shark ( Negaprion brevirostris ) and the southern stingray ( Hypanus americanus ). Total DNA was extracted from all samples, and the bacterial 16S rRNA gene (region V3-V4) was amplified and sequenced on the Ion Torrent Platform. Bacterial diversity (order) was higher in skin and mucus than in water. Order composition was more similar between the two shark species. Alpha-diversities (Shannon and Simpson) for OTUs (clusters of sequences defined by a 97% identity threshold for the16S rRNA gene) were high and there were non-significant differences between elasmobranch species or types of samples. We found orders of potentially pathogenic bacteria in water samples collected from the area where the animals were found, such as Pasteurellales (i.e., genus Pasteurella spp. and Haemophilus spp.) and Oceanospirillales (i.e., genus Halomonas spp.) but these were not found in the skin or mucus samples from any species. Some bacterial orders, such as Flavobacteriales, Vibrionales (i.e., genus Pseudoalteromonas ), Lactobacillales and Bacillales were found only in mucus and skin samples. However, in a co-occurrence analyses, no significant relationship was found among these orders (strength less than 0.6, p-value > 0.01) but significant relationships were found among the order Trembayales, Fusobacteriales, and some previously described marine environmental Bacteria and Archaea, including Elusimicrobiales, Thermoproteales, Deinococcales and Desulfarculales. This is the first study focusing on elasmobranch microbial communities. The functional role and the benefits of these bacteria still needs understanding as well as the potential changes to microbial communities as a result of changing environmental conditions." @default.
• W3111929839 created "2020-12-21" @default.
• W3111929839 creator A5030578043 @default.
• W3111929839 creator A5058506964 @default.
• W3111929839 creator A5088548275 @default.
• W3111929839 creator A5088890768 @default.
• W3111929839 date "2020-12-15" @default.
• W3111929839 modified "2023-10-18" @default.
• W3111929839 title "Description of the microbiota in epidermal mucus and skin of sharks (<i>Ginglymostoma cirratum</i> and <i>Negaprion brevirostris</i>) and one stingray (<i>Hypanus americanus</i>)" @default.
• W3111929839 cites W1537712083 @default.
• W3111929839 cites W1608851950 @default.
• W3111929839 cites W1949556124 @default.
• W3111929839 cites W1952026831 @default.
• W3111929839 cites W1965806640 @default.
• W3111929839 cites W1967884646 @default.
• W3111929839 cites W1971111190 @default.
• W3111929839 cites W1973140396 @default.
• W3111929839 cites W1977935293 @default.
• W3111929839 cites W1980795602 @default.
• W3111929839 cites W1982514550 @default.
• W3111929839 cites W1984095520 @default.
• W3111929839 cites W1984116735 @default.
• W3111929839 cites W1985444943 @default.
• W3111929839 cites W1990898134 @default.
• W3111929839 cites W2004736702 @default.
• W3111929839 cites W2004901354 @default.
• W3111929839 cites W2012216170 @default.
• W3111929839 cites W2012627829 @default.
• W3111929839 cites W2018715999 @default.
• W3111929839 cites W2019338146 @default.
• W3111929839 cites W2019362790 @default.
• W3111929839 cites W2021568374 @default.
• W3111929839 cites W2021848904 @default.
• W3111929839 cites W2022905205 @default.
• W3111929839 cites W2028744856 @default.
• W3111929839 cites W2031611770 @default.
• W3111929839 cites W2033933930 @default.
• W3111929839 cites W2034285706 @default.
• W3111929839 cites W2040930264 @default.
• W3111929839 cites W2041755048 @default.
• W3111929839 cites W2042945267 @default.
• W3111929839 cites W2052747399 @default.
• W3111929839 cites W2054449096 @default.
• W3111929839 cites W2063159663 @default.
• W3111929839 cites W2066252622 @default.
• W3111929839 cites W2072970694 @default.
• W3111929839 cites W2072972153 @default.
• W3111929839 cites W2082326288 @default.
• W3111929839 cites W2086360075 @default.
• W3111929839 cites W2094637827 @default.
• W3111929839 cites W2095559264 @default.
• W3111929839 cites W2108281900 @default.
• W3111929839 cites W2108608510 @default.
• W3111929839 cites W2108718991 @default.
• W3111929839 cites W2112852959 @default.
• W3111929839 cites W2124570789 @default.
• W3111929839 cites W2129188176 @default.
• W3111929839 cites W2136582157 @default.
• W3111929839 cites W2137892645 @default.
• W3111929839 cites W2146947391 @default.
• W3111929839 cites W2148516418 @default.
• W3111929839 cites W2154729860 @default.
• W3111929839 cites W2163482204 @default.
• W3111929839 cites W2165516252 @default.
• W3111929839 cites W2169823165 @default.
• W3111929839 cites W2170264009 @default.
• W3111929839 cites W2171493919 @default.
• W3111929839 cites W2230557191 @default.
• W3111929839 cites W2330516305 @default.
• W3111929839 cites W2330978248 @default.
• W3111929839 cites W2338786641 @default.
• W3111929839 cites W2346143774 @default.
• W3111929839 cites W2401404581 @default.
• W3111929839 cites W2495139891 @default.
• W3111929839 cites W2501114744 @default.
• W3111929839 cites W2560098367 @default.
• W3111929839 cites W2591068224 @default.
• W3111929839 cites W2606592883 @default.
• W3111929839 cites W276968788 @default.
• W3111929839 cites W2800755204 @default.
• W3111929839 cites W2963276645 @default.
• W3111929839 cites W2988391718 @default.
• W3111929839 cites W2992562587 @default.
• W3111929839 cites W2996082819 @default.
• W3111929839 cites W4230096730 @default.
• W3111929839 cites W4247820996 @default.
• W3111929839 doi "https://doi.org/10.7717/peerj.10240" @default.
• W3111929839 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7747685" @default.
• W3111929839 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33362953" @default.
• W3111929839 hasPublicationYear "2020" @default.
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