FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3154133120> ?p ?o ?g. }

• W3154133120 endingPage "147215" @default.
• W3154133120 startingPage "147215" @default.
• W3154133120 abstract "The present work is the first extensive study of large-scale pesticides research in wild animals. The investigation covered three game species: wild boar (n = 42), roe deer (n = 79) and deer (n = 15) collected from north-eastern Poland. To characterize the 480 pesticides in muscle samples, LC-GC–MS/MS techniques were used. A total of 28 compounds were detected: 5 neonicotinoids, 6 organochlorine and 5 other insecticides, 9 fungicides and 4 herbicides, in the range of 0.1–85.3 ng g−1. Over four hundred detections were done. The highest mean concentrations were as follows: anthraquinone (85.3 ng g−1) > DDT-p,p’ (4.6 ng g−1) > imidacloprid (4.3 ng g−1) > permethrin (3.6 ng g−1) > thiacloprid (2.8 ng g−1). DDT and metabolites were the most frequently detected, followed by acetamiprid, tebuconazole, clothianidin and imidacloprid. Overall, 92% samples with residues were recorded, including 100% of wild boar, 88% of roe deer and 86% of deer. More than one pesticide (up to 9) was found in over 73% of the tested samples. The estimated chronic and acute risk to consumers of venison were very low (below 1% ADI and ARfD). This interdisciplinary study may be helpful for estimating ecological risk to wild animals and risk to consumers of wild animal products, and also as a source of biomonitoring data." @default.
• W3154133120 created "2021-04-26" @default.
• W3154133120 creator A5003188305 @default.
• W3154133120 creator A5010185482 @default.
• W3154133120 creator A5010209009 @default.
• W3154133120 creator A5034921992 @default.
• W3154133120 creator A5040218610 @default.
• W3154133120 creator A5066768326 @default.
• W3154133120 creator A5090817950 @default.
• W3154133120 date "2021-08-01" @default.
• W3154133120 modified "2023-10-16" @default.
• W3154133120 title "Impact of broad-spectrum pesticides used in the agricultural and forestry sector on the pesticide profile in wild boar, roe deer and deer and risk assessment for venison consumers" @default.
• W3154133120 cites W1762190866 @default.
• W3154133120 cites W1971553113 @default.
• W3154133120 cites W1973900635 @default.
• W3154133120 cites W1987857434 @default.
• W3154133120 cites W2000501024 @default.
• W3154133120 cites W2001044954 @default.
• W3154133120 cites W2001884512 @default.
• W3154133120 cites W2016574468 @default.
• W3154133120 cites W2020311133 @default.
• W3154133120 cites W2033888256 @default.
• W3154133120 cites W2035466992 @default.
• W3154133120 cites W2049584329 @default.
• W3154133120 cites W2051342640 @default.
• W3154133120 cites W2058860498 @default.
• W3154133120 cites W2071912261 @default.
• W3154133120 cites W2076167886 @default.
• W3154133120 cites W2077014551 @default.
• W3154133120 cites W2077045651 @default.
• W3154133120 cites W2079225476 @default.
• W3154133120 cites W2080808167 @default.
• W3154133120 cites W2083776045 @default.
• W3154133120 cites W2096016576 @default.
• W3154133120 cites W2105602686 @default.
• W3154133120 cites W2110447885 @default.
• W3154133120 cites W2110856690 @default.
• W3154133120 cites W2114869461 @default.
• W3154133120 cites W2132233185 @default.
• W3154133120 cites W2133461377 @default.
• W3154133120 cites W2135783501 @default.
• W3154133120 cites W2139444473 @default.
• W3154133120 cites W2162423095 @default.
• W3154133120 cites W2175316078 @default.
• W3154133120 cites W2314993612 @default.
• W3154133120 cites W2419071939 @default.
• W3154133120 cites W2560823103 @default.
• W3154133120 cites W2591620692 @default.
• W3154133120 cites W2605193652 @default.
• W3154133120 cites W2605313129 @default.
• W3154133120 cites W2617183218 @default.
• W3154133120 cites W2724166124 @default.
• W3154133120 cites W2726063131 @default.
• W3154133120 cites W2745936943 @default.
• W3154133120 cites W2750923228 @default.
• W3154133120 cites W2751948156 @default.
• W3154133120 cites W2780956486 @default.
• W3154133120 cites W2794255667 @default.
• W3154133120 cites W2807931491 @default.
• W3154133120 cites W2891173130 @default.
• W3154133120 cites W2899151131 @default.
• W3154133120 cites W2908812646 @default.
• W3154133120 cites W2908967282 @default.
• W3154133120 cites W2911597918 @default.
• W3154133120 cites W2911997057 @default.
• W3154133120 cites W2914194061 @default.
• W3154133120 cites W2914802700 @default.
• W3154133120 cites W2928508641 @default.
• W3154133120 cites W2944101017 @default.
• W3154133120 cites W2974436478 @default.
• W3154133120 cites W2980376159 @default.
• W3154133120 cites W2981581045 @default.
• W3154133120 cites W3000350452 @default.
• W3154133120 cites W3005932541 @default.
• W3154133120 cites W3025073144 @default.
• W3154133120 cites W3031409748 @default.
• W3154133120 cites W3039963440 @default.
• W3154133120 cites W3064887399 @default.
• W3154133120 cites W3087333967 @default.
• W3154133120 cites W337247704 @default.
• W3154133120 cites W4236813856 @default.
• W3154133120 cites W4239674473 @default.
• W3154133120 doi "https://doi.org/10.1016/j.scitotenv.2021.147215" @default.
• W3154133120 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34088076" @default.
• W3154133120 hasPublicationYear "2021" @default.
• W3154133120 type Work @default.
• W3154133120 sameAs 3154133120 @default.
• W3154133120 citedByCount "11" @default.
• W3154133120 countsByYear W31541331202021 @default.
• W3154133120 countsByYear W31541331202022 @default.
• W3154133120 countsByYear W31541331202023 @default.
• W3154133120 crossrefType "journal-article" @default.
• W3154133120 hasAuthorship W3154133120A5003188305 @default.
• W3154133120 hasAuthorship W3154133120A5010185482 @default.
• W3154133120 hasAuthorship W3154133120A5010209009 @default.
• W3154133120 hasAuthorship W3154133120A5034921992 @default.
• W3154133120 hasAuthorship W3154133120A5040218610 @default.
• W3154133120 hasAuthorship W3154133120A5066768326 @default.

• next