FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2554824428> ?p ?o ?g. }

• W2554824428 endingPage "e0005121" @default.
• W2554824428 startingPage "e0005121" @default.
• W2554824428 abstract "Background Opisthorchis viverrini (Ov) is a complex-life-cycle trematode affecting 10 million people in SEA (Southeast Asia). Human infection occurs when infected cyprinid fish are consumed raw or undercooked. Ov requires three hosts and presents two free-living parasitic stages. As a consequence Ov transmission and infection in intermediate and human hosts are strongly mediated by environmental factors and understanding how environmental variability influences intermediate host abundance is critical. The objectives of this study were 1) to document water parameters, intermediate hosts abundance and infection spatio-temporal variation, 2) to assess their causal relationships and identify windows of transmission risk.Methodology/Principal Findings Fish and snails were collected monthly for one year at 12 sites in Lawa Lake, an Ov-endemic region of Khon Kaen Province in Northeast Thailand. Physicochemical water parameters [pH, temperature (Tp), dissolved oxygen (DO), Salinity, electrical conductivity (EC), total dissolved solid (TDS), nitrite nitrogen (NO2-N), lead (Pb), total coliform bacteria (TCB) and fecal coliform bacteria (FCB)] were measured. Multivariate analyses, linear models and kriging were used to characterize water parameter variation and its influence on host abundance and infection prevalence. We found that sampling sites could be grouped in three clusters and discriminated along a nitrogen-salinity gradient where higher levels in the lake’s southern region predicted higher Bithynia relative abundance (P<0.05) and lower snail and fish species diversity (P<0.05). Highest Bithynia abundance occurred during rainy season (P<0.001), independently of site influence. Cyprinids were the most abundant fish family and higher cyprinid relative abundance was found in areas with higher Bithynia relative abundance (P<0.05). Ov infection in snails was anecdotal while Ov infection in fish was higher in the southern region (P<0.001) at sites showing high FCB.Conclusions/Significance Our results indicate that water contamination and waterways configuration can influence freshwater communities’ assemblages possibly creating ideal conditions for sustained transmission. Sustainable control may require a better appreciation of the system’s ecology with wise governance and development planning particularly in the current context of SEA agricultural intensification and landscape modification." @default.
• W2554824428 created "2016-11-30" @default.
• W2554824428 creator A5013211360 @default.
• W2554824428 creator A5022009362 @default.
• W2554824428 creator A5024115526 @default.
• W2554824428 creator A5030839602 @default.
• W2554824428 creator A5037244623 @default.
• W2554824428 creator A5039439598 @default.
• W2554824428 date "2016-11-23" @default.
• W2554824428 modified "2023-09-23" @default.
• W2554824428 title "Seasonal and Spatial Environmental Influence on Opisthorchis viverrini Intermediate Hosts, Abundance, and Distribution: Insights on Transmission Dynamics and Sustainable Control" @default.
• W2554824428 cites W157154661 @default.
• W2554824428 cites W1796326467 @default.
• W2554824428 cites W1925697254 @default.
• W2554824428 cites W1951724000 @default.
• W2554824428 cites W1964488322 @default.
• W2554824428 cites W1967913937 @default.
• W2554824428 cites W1968154631 @default.
• W2554824428 cites W1975563887 @default.
• W2554824428 cites W1976237248 @default.
• W2554824428 cites W1980699060 @default.
• W2554824428 cites W1982140222 @default.
• W2554824428 cites W1983380213 @default.
• W2554824428 cites W1985071501 @default.
• W2554824428 cites W1985817076 @default.
• W2554824428 cites W1986840516 @default.
• W2554824428 cites W1988717791 @default.
• W2554824428 cites W1991504813 @default.
• W2554824428 cites W2007567059 @default.
• W2554824428 cites W2011901371 @default.
• W2554824428 cites W2037098073 @default.
• W2554824428 cites W2037503413 @default.
• W2554824428 cites W2042537351 @default.
• W2554824428 cites W2046531458 @default.
• W2554824428 cites W2046993029 @default.
• W2554824428 cites W2050699605 @default.
• W2554824428 cites W2054302432 @default.
• W2554824428 cites W2055325807 @default.
• W2554824428 cites W2061958832 @default.
• W2554824428 cites W2069394810 @default.
• W2554824428 cites W2078138969 @default.
• W2554824428 cites W2084884977 @default.
• W2554824428 cites W2085348804 @default.
• W2554824428 cites W2089894319 @default.
• W2554824428 cites W2096797858 @default.
• W2554824428 cites W2100569429 @default.
• W2554824428 cites W2101642122 @default.
• W2554824428 cites W2104622205 @default.
• W2554824428 cites W2109328916 @default.
• W2554824428 cites W2114097264 @default.
• W2554824428 cites W2115287490 @default.
• W2554824428 cites W2118069677 @default.
• W2554824428 cites W2121567763 @default.
• W2554824428 cites W2124742019 @default.
• W2554824428 cites W2130517250 @default.
• W2554824428 cites W2133707124 @default.
• W2554824428 cites W2136090343 @default.
• W2554824428 cites W2138683226 @default.
• W2554824428 cites W2140628770 @default.
• W2554824428 cites W2149694408 @default.
• W2554824428 cites W2154197340 @default.
• W2554824428 cites W2164505469 @default.
• W2554824428 cites W2166232406 @default.
• W2554824428 cites W2170088855 @default.
• W2554824428 cites W4210393198 @default.
• W2554824428 cites W4293244076 @default.
• W2554824428 cites W796357161 @default.
• W2554824428 doi "https://doi.org/10.1371/journal.pntd.0005121" @default.
• W2554824428 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5120785" @default.
• W2554824428 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27880787" @default.
• W2554824428 hasPublicationYear "2016" @default.
• W2554824428 type Work @default.
• W2554824428 sameAs 2554824428 @default.
• W2554824428 citedByCount "20" @default.
• W2554824428 countsByYear W25548244282017 @default.
• W2554824428 countsByYear W25548244282018 @default.
• W2554824428 countsByYear W25548244282019 @default.
• W2554824428 countsByYear W25548244282020 @default.
• W2554824428 countsByYear W25548244282021 @default.
• W2554824428 countsByYear W25548244282022 @default.
• W2554824428 crossrefType "journal-article" @default.
• W2554824428 hasAuthorship W2554824428A5013211360 @default.
• W2554824428 hasAuthorship W2554824428A5022009362 @default.
• W2554824428 hasAuthorship W2554824428A5024115526 @default.
• W2554824428 hasAuthorship W2554824428A5030839602 @default.
• W2554824428 hasAuthorship W2554824428A5037244623 @default.
• W2554824428 hasAuthorship W2554824428A5039439598 @default.
• W2554824428 hasBestOaLocation W25548244281 @default.
• W2554824428 hasConcept C13590703 @default.
• W2554824428 hasConcept C165901193 @default.
• W2554824428 hasConcept C18903297 @default.
• W2554824428 hasConcept C205649164 @default.
• W2554824428 hasConcept C2777016058 @default.
• W2554824428 hasConcept C2778040090 @default.
• W2554824428 hasConcept C2780431383 @default.
• W2554824428 hasConcept C41008148 @default.
• W2554824428 hasConcept C62649853 @default.
• W2554824428 hasConcept C761482 @default.

• next