• Title of article

    Evaluation of the Florfenicol Treatment of Infections Caused by Streptococcus spp and Aeromonas spp in Tambaqui (Colossoma macropomum)

  • Author/Authors

    Ferrante, Marcos Department of Veterinary Medicine - Section of Physiology and Pharmacology - Federal University of Lavras, Brazil , Marcos Rubim, Fernando Department of Veterinary Medicine - Section of Physiology and Pharmacology - Federal University of Lavras, Brazil , Aparecida de Jesus Paula, Daniela Department of Veterinary Medicine - Section of Physiology and Pharmacology - Federal University of Lavras, Brazil , Junqueira Machado, Gilmara Department of Veterinary Medicine - Section of Physiology and Pharmacology - Federal University of Lavras, Brazil , Ferreira Guimarães, João Pedro Zootechnics Department - Federal University of Lavras –UFLA, Brazil , Solis Murgas, Luís David Department of Veterinary Medicine - Section of Physiology and Pharmacology - Federal University of Lavras, Brazil

  • Pages
    5
  • From page
    624
  • To page
    628
  • Abstract
    The aim of this present work is to evaluate the effect of the dose treatment of 21.1 mg/kg oral florfenicol in the treatment of infections caused by Streptococcus spp and Aeromonas spp in tambaqui (Colossoma macropomum). A Monte Carlo simulation of the PK and PD parameters was performed and the PK/PD modelling was carried out to determine the efficacy rates in the treatment of the infections. The efficacy rates obtained were 77% and 73% of the animals with bacteriostatic effect, 16% and 15% of the animals with bactericidal effect and 6% and 10% of the animals with bacteriological eradication for the treatment of Streptococos spp and Aeromonas spp respectively. The present study allowed to establish that the evaluated dose presented a rate of less than 89% of bacteriological eradication for cases of bacterial infections with MICs higher than 0.062 ug / mL. This demonstrates the necessity of incorporating into the therapeutic protocol the bacteriological isolation, the determination of the MIC and the optimization of therapeutic dose according to the bacterial susceptibility in order to avoid therapeutic failures and consequently to promote the development of bacterial resistance.
  • Keywords
    Pharmacokinetic/pharmacodinamic model , Aquiculture , Fish , Antibiotic therapy , Florfenicol
  • Journal title
    Advances in Animal and Veterinary Sciences
  • Serial Year
    2020
  • Record number

    2593813