Divulgação
Abstract Book of the 3rd of the One Health EJP
This event is organized by the European Joint Programme One Health EJP, which has received funding from the European Union’s HorizonThis event is organized by the European Joint Programme One Health EJP, which has received funding from the European Union’s Horizon2020 research and innovation programme under Grant Agreement No 773830.
Comparative analysis of the resistome and the mobilome of estuarine aquacultures and aquatic environments.
Teresa Nogueira
POSTERS
Nogueira, Teresa; Ana Amaro; Cristina Ferreira; Sandra Cavaco; Teresa Albuquerque; Patricia Anacleto; Ana Malvault; et al. "In silico metagenomics comparison of antimicrobial resistance profiles in aquaculture environments". Trabalho apresentado em AquaImprove - 4th Aquaculture Research Workshop, 2019, Matosinhos
Apresentações Orais:
AquaRAM: an in silico approach to aquaculture microbial resistance. “1º Simpósio INIAV para a segurança alimentar sessão satélite “Rumo à Alimentação do Futuro” 2019
Metagenomic Analysis Of Antimicrobial Resistance Profiles In Aquatic Environments
Presently, antimicrobial resistance ( threatens some of the greatest medical advances Current AMR and pathogen detection are primarily reliant on classical culturing techniques Metagenomic sequencing technology can detect the composition of microbial communities for the assessment of potential pathogens and AMR or virulence genes The rapid growth in aquaculture is likely to be accompanied by a rapid increase in the therapeutic and prophylactic use of antimicrobials, including those that are important in human therapy In this scenario, the AquaRAM (Antimicrobial Resistance Determinants in Aquaculture Environments) project aims at characterizing resistant bacteria and genomic and mobile genetic elements ( determinants of antimicrobial resistance, in intensive aquaculture farms
Parceiros
Cofinanciado por:
