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DANMAP 2016 - Use of antimicrobial agents and occurrence of antimicrobial resistance in bacteria from food animals, food and humans in Denmark

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Borck Høg, Birgitte; Korsgaard, Helle Bisgaard; Wolff Sönksen, Ute; Torpdahl, Mia; Vorobieva, Veronika as mentioned in this paper.
Abstract
Borck Høg, Birgitte; Korsgaard, Helle Bisgaard; Wolff Sönksen, Ute; Bager, Flemming; Bortolaia, Valeria; Ellis-Iversen, Johanne; Hendriksen, Rene S.; Borck Høg, Birgitte; Jensen, Lars Bogø; Korsgaard, Helle Bisgaard; Pedersen, Karl; Dalby, Tine; Træholt Franck, Kristina ; Hammerum, Anette M; Hasman, Henrik; Hoffmann, Steen; Gaardbo Kuhn, Katrin; Rhod Larsen, Anders; Larsen, Jesper; Møller Nielsen, Eva; Schytte Olsen, Stefan; Petersen, Andreas; Roer, Louise; Skovgaard, Sissel; Wolff Sönksen, Ute; Torpdahl, Mia; Vorobieva, Veronika

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Citations
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Antimicrobial Resistance in Nontyphoidal Salmonella.

TL;DR: In this chapter, recent Salmonella antibiotic susceptibility data from Europe and the US are compared and the state of known resistance genes that have been identified in the genus are summarized.
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Molecular detection of antimicrobial resistance genes in E. coli isolated from slaughtered commercial chickens in Iran

TL;DR: The results indicate that all isolates harbour one or more of antibiotic resistance genes and that the PCR technique is a fast, practical and appropriate method for determining the presence of antibiotic-resistance genes.
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Antimicrobial Resistance on Farms: A Review Including Biosecurity and the Potential Role of Disinfectants in Resistance Selection

TL;DR: The present state of knowledge in antimicrobial resistance on farms, from a European perspective, is summarized to summarize the most important risk factors and the most effective interventions.
Journal ArticleDOI

Overview of Evidence of Antimicrobial Use and Antimicrobial Resistance in the Food Chain.

TL;DR: The aim of this review is to examine published evidence on the links between antimicrobial use (AMU) in the food chain and AMR in people and animals and show a link between AMU in animals and the occurrence of resistance in these animals.
Journal ArticleDOI

Antibiotic Resistance in Escherichia coli from Pigs in Organic and Conventional Farming in Four European Countries

TL;DR: In each of the four countries resistance in intestinal E. coli was less common in organic than in conventional pigs, but that there were also large differences in resistance between countries within each production type, indicating that both country- and production-specific factors influence the occurrence of resistance.
References
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Iconographies supplémentaires de l'article : Azole resistance in Aspergillus fumigatus : a side-effect of environmental fungicide use?

Abstract: Invasive aspergillosis due to multi-azole-resistant Aspergillus fumigatus has emerged in the Netherlands since 1999, with 6.0-12.8% of patients harbouring resistant isolates. The presence of a single resistance mechanism (denoted by TR/L98H), which consists of a substitution at codon 98 of cyp51A and a 34-bp tandem repeat in the gene-promoter region, was found in over 90% of clinical A fumigatus isolates. This is consistent with a route of resistance development through exposure to azole compounds in the environment. Indeed, TR/L98H A fumigatus isolates were cultured from soil and compost, were shown to be cross-resistant to azole fungicides, and genetically related to clinical resistant isolates. Azoles are abundantly used in the environment and the presence of A fumigatus resistant to medical triazoles is a major challenge because of the possibility of worldwide spread of resistant isolates. Reports of TR/L98H in other European countries indicate that resistance might already be spreading.
Journal ArticleDOI

Azole Resistance in Aspergillus fumigatus: Can We Retain the Clinical Use of Mold-Active Antifungal Azoles?

TL;DR: Azole resistance in Aspergillus fumigatus has now been reported from 6 continents and is emerging as a global health problem.
Journal ArticleDOI

A new probability formula for surveys to substantiate freedom from disease.

TL;DR: A new formula is presented that calculates the exact probability of detecting diseased animals, and considers both imperfect tests and finite population size, and enables the accurate calculation of survey sample-size requirements, and the precise analysis of survey results.
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