Matches in SemOpenAlex for { <https://semopenalex.org/work/W2948877761> ?p ?o ?g. }
- W2948877761 endingPage "734202" @default.
- W2948877761 startingPage "734202" @default.
- W2948877761 abstract "The clear relationship between the microbiome and the general well-being of metazoans has motivated the characterization of bacterial communities in cultured species for future microbiome monitoring and modulation to improve productivity. To study the bacterial diversity associated with farmed adult P. monodon at harvest, guts, gastric mills (GM), pond water and sediments were investigated using next-generation sequencing technology in two control ponds (CP1 and CP2) where animals showed a healthy appearance, and two low productive ponds (LP1 and LP2) where animals showed signs of disease. Animals from CP2 were on average at least 4 g heavier than animals from other ponds, and the final yield of both CP was more than double that of LP. LP2 showed the lowest diversity indices, which can potentially be attributed to high abundance of Vibrio spp. and warm water conditions (31.6 ± 0.3 °C on average). The structure of the bacterial community in the gut, GM and water samples was different between CP and LP. Vibrio spp. and anaerobic bacteria (e.g. Fusibacter) were enriched in the gastrointestinal tract of animals from LP (LDA ≥4). While Vibrio can potentially act against the host and other members of the bacterial community, Fusibacter might be an indicator of sulfur compounds accumulation in the animal as the hepatopancreas becomes affected by a PirA toxin. Enrichment of Cyanobacteria in the water (LDA = 4.38) and members of Desulfobacteraceae in sediments of LP (5% on average) could be environmental stress indicators in summer conditions. Characterizing bacterial microbiomes in aquaculture is important to detect indicators of health and productivity that can be used as monitoring tools in the animal's gastrointestinal tract and the environment, ultimately enabling a targeted modulation of the bacterial community for improved production." @default.
- W2948877761 created "2019-06-14" @default.
- W2948877761 creator A5000303341 @default.
- W2948877761 creator A5011305538 @default.
- W2948877761 creator A5030500092 @default.
- W2948877761 creator A5036057550 @default.
- W2948877761 creator A5071934858 @default.
- W2948877761 date "2019-09-01" @default.
- W2948877761 modified "2023-09-29" @default.
- W2948877761 title "Bacterial signatures of productivity decay in Penaeus monodon ponds infected with PirA toxin" @default.
- W2948877761 cites W1177671785 @default.
- W2948877761 cites W1546303163 @default.
- W2948877761 cites W1921895305 @default.
- W2948877761 cites W1953702613 @default.
- W2948877761 cites W1967394531 @default.
- W2948877761 cites W1970551828 @default.
- W2948877761 cites W1972208862 @default.
- W2948877761 cites W1975162099 @default.
- W2948877761 cites W1977267343 @default.
- W2948877761 cites W1978763489 @default.
- W2948877761 cites W1989912787 @default.
- W2948877761 cites W1994880242 @default.
- W2948877761 cites W1997195261 @default.
- W2948877761 cites W1998227488 @default.
- W2948877761 cites W1998984361 @default.
- W2948877761 cites W2000467689 @default.
- W2948877761 cites W2002946611 @default.
- W2948877761 cites W2018907718 @default.
- W2948877761 cites W2031236008 @default.
- W2948877761 cites W2034285706 @default.
- W2948877761 cites W2037222464 @default.
- W2948877761 cites W2037433347 @default.
- W2948877761 cites W2044074382 @default.
- W2948877761 cites W2045328330 @default.
- W2948877761 cites W2064392740 @default.
- W2948877761 cites W2072970694 @default.
- W2948877761 cites W2076986902 @default.
- W2948877761 cites W2081329861 @default.
- W2948877761 cites W2090412782 @default.
- W2948877761 cites W2094643746 @default.
- W2948877761 cites W2096488278 @default.
- W2948877761 cites W2107954245 @default.
- W2948877761 cites W2110235509 @default.
- W2948877761 cites W2113162751 @default.
- W2948877761 cites W2120459847 @default.
- W2948877761 cites W2131545754 @default.
- W2948877761 cites W2132548846 @default.
- W2948877761 cites W2133856765 @default.
- W2948877761 cites W2136879569 @default.
- W2948877761 cites W2149515881 @default.
- W2948877761 cites W2150097751 @default.
- W2948877761 cites W2151370132 @default.
- W2948877761 cites W2157693086 @default.
- W2948877761 cites W2160566166 @default.
- W2948877761 cites W2161440829 @default.
- W2948877761 cites W2277926936 @default.
- W2948877761 cites W2279375741 @default.
- W2948877761 cites W228436677 @default.
- W2948877761 cites W2286545513 @default.
- W2948877761 cites W2326770912 @default.
- W2948877761 cites W2336844699 @default.
- W2948877761 cites W2477663929 @default.
- W2948877761 cites W2488893676 @default.
- W2948877761 cites W2512452970 @default.
- W2948877761 cites W2566895292 @default.
- W2948877761 cites W2588658987 @default.
- W2948877761 cites W2606052800 @default.
- W2948877761 cites W2612439115 @default.
- W2948877761 cites W2626882960 @default.
- W2948877761 cites W2734840341 @default.
- W2948877761 cites W2735973305 @default.
- W2948877761 cites W2738603606 @default.
- W2948877761 cites W2753420550 @default.
- W2948877761 cites W2755704972 @default.
- W2948877761 cites W2765947271 @default.
- W2948877761 cites W2770873776 @default.
- W2948877761 cites W3142346936 @default.
- W2948877761 doi "https://doi.org/10.1016/j.aquaculture.2019.734202" @default.
- W2948877761 hasPublicationYear "2019" @default.
- W2948877761 type Work @default.
- W2948877761 sameAs 2948877761 @default.
- W2948877761 citedByCount "12" @default.
- W2948877761 countsByYear W29488777612020 @default.
- W2948877761 countsByYear W29488777612021 @default.
- W2948877761 countsByYear W29488777612022 @default.
- W2948877761 countsByYear W29488777612023 @default.
- W2948877761 crossrefType "journal-article" @default.
- W2948877761 hasAuthorship W2948877761A5000303341 @default.
- W2948877761 hasAuthorship W2948877761A5011305538 @default.
- W2948877761 hasAuthorship W2948877761A5030500092 @default.
- W2948877761 hasAuthorship W2948877761A5036057550 @default.
- W2948877761 hasAuthorship W2948877761A5071934858 @default.
- W2948877761 hasConcept C139719470 @default.
- W2948877761 hasConcept C143121216 @default.
- W2948877761 hasConcept C162324750 @default.
- W2948877761 hasConcept C18903297 @default.
- W2948877761 hasConcept C204983608 @default.
- W2948877761 hasConcept C2776154503 @default.