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Efficacy of disinfectants against porcine rotavirus in the presence and absence of organic matter
Author(s) -
ChandlerBostock Rebecca,
Mellits Kenneth H.
Publication year - 2015
Publication title -
letters in applied microbiology
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.698
H-Index - 110
eISSN - 1472-765X
pISSN - 0266-8254
DOI - 10.1111/lam.12502
Subject(s) - rotavirus , disinfectant , organic matter , outbreak , contamination , microbiology and biotechnology , biology , veterinary medicine , food science , virus , chemistry , medicine , virology , ecology , organic chemistry
Rotavirus is an enteric pathogen that causes morbidity and mortality in young mammals, including pigs. Outbreaks of rotavirus on commercial farms have a significant economic impact in terms of losses in production. Effective cleaning and disinfection along with good farm management can reduce rotavirus contamination in the environment, and decrease the chance of outbreaks of disease. This study investigated the efficacy of six commercial disinfectants against MS2 bacteriophage and Group A porcine rotavirus, in the presence of high and low levels of organic matter to simulate the farm environment. A phenolic‐based disinfectant (Bi‐OO‐cyst) was effective at all levels of organic matter concentrations. Iodophore‐based disinfectants did not have a significant virucidal effect against rotavirus under any conditions. For peroxygen compound‐based disinfectants and glutaraldehyde‐based disinfectants, organic matter load made a significant difference in reducing efficacy. This highlights the importance of thorough cleaning with detergent before disinfection to reduce viral contamination on the farm and decrease rotavirus disease incidence in pigs.Significance and Impact of the Study Infection of rotavirus has a negative impact on the health and growth of pigs in production. Given that the virus is transmitted faecal–orally, use of an effective disinfectant on farm, which works even in high organic matter, has the potential to save costs in terms of outbreaks of disease and viral contamination. Here, we test a number of commercial disinfectants of which one a phenolic compound, Bio‐OO‐cyst, shows effectivity even in high organic matter, implying its use could have a huge impact in reducing viral contamination and preventing losses in production.