A duodecennial national synthesis of antibiotics in China's major rivers and seas (2005–2016)

Li, Si; Shi, Wanzi; Liu, Wei; Li, Huimin; Zhang, Wei; Hu, Jinxin; Ke, Yanchu; Sun, Weiling; Ni, Jinren

doi:10.1016/j.scitotenv.2017.09.328

Cited by 408 publications

(107 citation statements)

References 74 publications

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“…It is generally known that 20-30% of antibiotics are in the body of fish, and the remaining 70-80% are transmitted to the environment. However, antibiotics that are recklessly discharged into the medium pose a major danger to habitats and all living things (Zhong et al, 2018;Uma and Rebecca, 2018;Yang et al, 2018;Li et al, 2018;Tran et al, 2016;Martinez et al, 2015;Bengtsson-Palme and Larsson, 2015;Van Boeckel et al, 2015). Anthropogenic activities result in the input of different antibiotics into aquatic environments, including effluent from hospitals and wastewater treatment facilities and discharge from agriculture, fish farming, and livestock husbandry (see Fig.…”

Section: Introductionmentioning

confidence: 99%

Antibiotic Applications in Fish Farms and Environmental Problems

Çelebi¹,

Bahadır²,

Şimşek³

et al. 2019

Turkish Journal of Engineering

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Today, fish farming creates significant impacts on water resources and food chain from a global perspective, as compared to those of the other agricultural activities. Some methods and chemicals heavily using production and consumption periods in fish farming are related to the environmental damages. Chemicals have a common usage in both the world and our country to protect the products from the negative effects of diseases. They are also imposed to increase the production. As Turkey has significant potential in fish farming in comparison to many other countries in the world, there is a wide use of antibiotics in production. This research examines the use of antibiotics in fish farming to shed light on the effects of chemicals on the production and human health.

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Section: Introductionmentioning

confidence: 99%

Antibiotic Applications in Fish Farms and Environmental Problems

Çelebi¹,

Bahadır²,

Şimşek³

et al. 2019

Turkish Journal of Engineering

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“…O uso de antibióticos para tratamento e prevenção das bacterioses é uma alternativa para o combate às perdas produtivas ocasionadas por doenças. Dentre as substâncias utilizadas destacam-se das classes das fluoroquinolonas, betalactâmicos, sulfonamidas, tetraciclinas e anfenicóis (HOLMSTROM et al, 2003;RIBEIRO et al, 2014;ROCHA et al, 2016 (GAO et al, 2012a;ZHOU-JL et al, 2012;LIANG et al, 2013;SHI et al, 2014;CHEN et al, 2015;CHU, 2016;LI et al, 2018b). A água é, portanto, um vetor de resíduos de antibióticos no ambiente, razão de muitos estudos terem se concentrado em ambientes aquáticos e suas matrizes (THUY et al, 2013;FAO, 2016a;2016b;RAMOS, 2018;LI et al, 2018b).…”

Section: Antibióticos Na Carciniculturaunclassified

“…Dentre as substâncias utilizadas destacam-se das classes das fluoroquinolonas, betalactâmicos, sulfonamidas, tetraciclinas e anfenicóis (HOLMSTROM et al, 2003;RIBEIRO et al, 2014;ROCHA et al, 2016 (GAO et al, 2012a;ZHOU-JL et al, 2012;LIANG et al, 2013;SHI et al, 2014;CHEN et al, 2015;CHU, 2016;LI et al, 2018b). A água é, portanto, um vetor de resíduos de antibióticos no ambiente, razão de muitos estudos terem se concentrado em ambientes aquáticos e suas matrizes (THUY et al, 2013;FAO, 2016a;2016b;RAMOS, 2018;LI et al, 2018b). Resíduos de antibióticos tem sido encontrado em matrizes fluviais e costeiras, lençóis freáticos e em alimentos da aquicultura em concentrações que vão de ng a µg (L -1 ou kg -1 ) (THUY et al, 2013;CHEN et al, 2015;YAO et al, 2015;DENG et al, 2016;MONTEIRO et al, 2016;SONG et al, 2017;LI et al, 2018b;ZHANG et al, 2018 (KŰMMERER, 2009;CHEN et al, 2015;DENG et al, 2016;QUESADA et al, 2013;GBYLIK-SIKORSKA et al, 2015;RAMOS, 2018;LI et al, 2018b).…”

Section: Antibióticos Na Carciniculturaunclassified

“…Os antibióticos da classe das sulfonamidas (SAs) e alguns dos anfenicóis, como FF, são móveis no solo devido à sua baixa capacidade de sorção, (SEIFRTOVÁ et al, 2009;ZHOU-LJ et al, 2012; UNIVERSITY OF HERTFORDSHIRE, 2019). Além disso, as SAs são persistentes e prevalecem em meio aquático (LI et al, 2014;LI et al, 2018b).…”

Section: Determinação De Antibióticos Em Amostras De Sedimentosunclassified

“…Materiais particulados suspensos na coluna d'água interferem na sorção em sedimentos e diminuiu a concentração de antibióticos na fase água. (ZHOU-JL et al, 2012;LIANG et al, 2013;SHI et al, 2014;CHEN et al, 2015;LI et al, 2018b).…”

Section: Determinação De Antibióticos Em Amostras De Sedimentosunclassified

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Ocorrência de antibióticos em fazendas de cultivo de camarão (Litopenaeus vannamei) no estado do Rio Grande do Norte - Brasil

Armelim¹

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Considering the factors of recognized use of different antibiotics in the global shrimp farming, the productive potential of shrimps in the northeastern Brazilian region, the residue monitoring scopes of inspection agencies and the risks associated with the use of antibiotics for food safety and public health, as well as toxicity and mechanisms of development of pathogenic microbial resistance, especially in the aquatic environment, the aim of the study was to determine, by the liquid chromatography coupled to mass spectrometry with source (LC-ESI-MS/MS), the occurrence of multiclasses and multiresidues of 12 antibiotics belonging to tetracyclines, sulfonamides, fluoroquinolones and amphenicols in shrimp (Litopenaeus vannamei), water and sediments from 5 farms shrimp farms with different models of production, present in the state of Rio Grande do Norte-Brazil. Raised nurseries were selected for collection of the 3 matrices and points upstream and downstream of the nurseries, for the collection of environmental matrices destined to the study of spatial distribution of residues in the farms. Physicalchemical parameters of water quality were evaluated during sampling. On line Solidphase extraction techniques were used to LC-MS/MS for sediment, Captiva cartridges for filtration of shrimp muscle extracts and off-line solid-phase extraction to LC-MS/MS in surface water, with the samples packed in SPE cartridges prior to the transportation to the laboratory.The chromatographic methods validations were done for the parameters of selectivity, linearity, limit of detection (LOD), limit of quantification (LOQ), accuracy, precision and long-term stability of the analytes in the matrix. LOQs ranged from 0.82 (sulfadimethoxine) to 7.63 (chloramphenicol) ng mL-1 for water, 1.23 (tetracycline) at 15.99 (chloramphenicol) μg kg-1 for sediment and 1.24 (enrofloxacin) at 12.05 (sulfatiazole) μg kg-1 for shrimp. Sulfadimethoxine (23.4 ng L-1) and florfenicol (10.78 to 175.77 ng L-1) residues were the only antibiotics detected and quantified in nursery water. In sediments, oxytetracycline, enrofloxacin and norfloxacin residues were detected only upstream of the nurseries and at levels

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