Matches in SemOpenAlex for { <https://semopenalex.org/work/W2915219531> ?p ?o ?g. }
- W2915219531 endingPage "486" @default.
- W2915219531 startingPage "477" @default.
- W2915219531 abstract "Abstract Antibiotic resistance is currently one of the greatest threats to human health. The global overuse of antibiotics in human medicine and in agriculture has resulted in the proliferation and dissemination of a multitude of antibiotic resistance genes (ARGs). Despite a large proportion of antibiotics being used in agriculture, little is understood about how this may contribute to the overall antibiotic resistance crisis. The use of manure in agriculture is a traditional and widespread practice and is essential for returning nutrients to the soil; however, the impact of continuous manure application on the environmental microbiome and resistome is unknown. The use of antibiotics in animal husbandry in therapeutic and sub-therapeutic doses creates a selective pressure for ARGs in the gut microbiome of the animal, which is then excreted in the faeces. Therefore, the application of manure to agricultural land is a potential route for the transmission of antibiotic-resistant bacteria from livestock to crops, animals and humans. It is of vital importance to understand the mechanisms behind ARG enrichment and its maintenance both on the plant and within the soil microbiome to mitigate the spread of this resistance to animals and humans. Understanding this link between human health, animal health, plant health and the environment is crucial to inform implementation of new regulations and practice regarding antibiotic use in agriculture and manure application, aimed at ensuring the antibiotic resistance crisis is not aggravated." @default.
- W2915219531 created "2019-03-02" @default.
- W2915219531 creator A5012873945 @default.
- W2915219531 creator A5022318756 @default.
- W2915219531 creator A5065140511 @default.
- W2915219531 creator A5088225207 @default.
- W2915219531 date "2019-02-19" @default.
- W2915219531 modified "2023-10-18" @default.
- W2915219531 title "Antibiotic resistance in grass and soil" @default.
- W2915219531 cites W1551526264 @default.
- W2915219531 cites W1579042783 @default.
- W2915219531 cites W164134978 @default.
- W2915219531 cites W1823689176 @default.
- W2915219531 cites W1874122563 @default.
- W2915219531 cites W1906741485 @default.
- W2915219531 cites W1912365890 @default.
- W2915219531 cites W1964101596 @default.
- W2915219531 cites W1967056998 @default.
- W2915219531 cites W1970848653 @default.
- W2915219531 cites W1977276238 @default.
- W2915219531 cites W1977678315 @default.
- W2915219531 cites W1978077274 @default.
- W2915219531 cites W1980308181 @default.
- W2915219531 cites W1991197039 @default.
- W2915219531 cites W1992460001 @default.
- W2915219531 cites W1993177630 @default.
- W2915219531 cites W1998442721 @default.
- W2915219531 cites W1999055779 @default.
- W2915219531 cites W2001330064 @default.
- W2915219531 cites W2002110057 @default.
- W2915219531 cites W2004405826 @default.
- W2915219531 cites W2005736436 @default.
- W2915219531 cites W2016102829 @default.
- W2915219531 cites W2026352429 @default.
- W2915219531 cites W2038752330 @default.
- W2915219531 cites W2049550628 @default.
- W2915219531 cites W2054813460 @default.
- W2915219531 cites W2065674448 @default.
- W2915219531 cites W2081811598 @default.
- W2915219531 cites W2099176808 @default.
- W2915219531 cites W2101271712 @default.
- W2915219531 cites W2103797830 @default.
- W2915219531 cites W2106597866 @default.
- W2915219531 cites W2108638835 @default.
- W2915219531 cites W2110053329 @default.
- W2915219531 cites W2116409775 @default.
- W2915219531 cites W2119143248 @default.
- W2915219531 cites W2126341187 @default.
- W2915219531 cites W2126379519 @default.
- W2915219531 cites W2132993428 @default.
- W2915219531 cites W2133446434 @default.
- W2915219531 cites W2134830426 @default.
- W2915219531 cites W2140510592 @default.
- W2915219531 cites W2140773115 @default.
- W2915219531 cites W2144852012 @default.
- W2915219531 cites W2147545621 @default.
- W2915219531 cites W2147739650 @default.
- W2915219531 cites W2160452746 @default.
- W2915219531 cites W2168156515 @default.
- W2915219531 cites W2180695509 @default.
- W2915219531 cites W2254881360 @default.
- W2915219531 cites W2339423458 @default.
- W2915219531 cites W2343806640 @default.
- W2915219531 cites W2344531364 @default.
- W2915219531 cites W2345245114 @default.
- W2915219531 cites W2489129349 @default.
- W2915219531 cites W2509051298 @default.
- W2915219531 cites W2521967188 @default.
- W2915219531 cites W2536475271 @default.
- W2915219531 cites W2545079805 @default.
- W2915219531 cites W2547337573 @default.
- W2915219531 cites W2552936918 @default.
- W2915219531 cites W2563625320 @default.
- W2915219531 cites W2593951623 @default.
- W2915219531 cites W2608581539 @default.
- W2915219531 cites W2614741223 @default.
- W2915219531 cites W2626417943 @default.
- W2915219531 cites W2739869107 @default.
- W2915219531 cites W2740382444 @default.
- W2915219531 cites W2740879910 @default.
- W2915219531 cites W2748321705 @default.
- W2915219531 cites W2753332180 @default.
- W2915219531 cites W2760385546 @default.
- W2915219531 cites W2766249197 @default.
- W2915219531 cites W2766947740 @default.
- W2915219531 cites W2768817169 @default.
- W2915219531 cites W2769809746 @default.
- W2915219531 cites W2800429199 @default.
- W2915219531 cites W2808836429 @default.
- W2915219531 cites W2889746580 @default.
- W2915219531 cites W2890128665 @default.
- W2915219531 cites W2899186413 @default.
- W2915219531 doi "https://doi.org/10.1042/bst20180552" @default.
- W2915219531 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30783015" @default.
- W2915219531 hasPublicationYear "2019" @default.
- W2915219531 type Work @default.
- W2915219531 sameAs 2915219531 @default.
- W2915219531 citedByCount "48" @default.