Annals of the New York Academy of Sciences · 1980 · 119 citations · 14 references
Veterinary MedicineInfectious Disease ControlInfectious DiseasesInfectious Disease EpidemiologyOutbreak InvestigationZoonotic Disease EpidemiologyBacterial InfectionsBacterial ZoonosesDisease SpreadOccupational Exposure To ZoonosesZoonotic Disease TransmissionZoonotic InfectionsAbattoir ExposureAerosol Transmission ExposureAirborne Disease EpidemiologyAirborne Transmission RiskBrucella SpeciesNegative Pressure EnvironmentsNegative Pressure VentilationPhysical Separation
review of epidemic and endemic brucellosis at six abattoirs demonstrates a correlation between case distribution and flow of air from the kill department (stage II) to other areas within an abattoir. Air from the kill department disseminated to nearby departments led to abnormally high brucellosis attack rates for persons who worked in these areas at two abattoirs. Complete physical separation or maintaining negative air pressure in the kill department was associated with reduced risk for workers in other areas at four abattoirs. Cases in persons who had exposure to kill department air but no contact with animal tissues provide strong evidence for airborne transmission of infection. Brucellosis is also contracted through skin contact with infectious animal tissues, but this route of transmission appears less important than formerly believed.
14
Laboratory Infections Due to Brucella
B. Eddie, K. F. Meyer · The Journal of Infectious Diseases · 1941 · 66 citations
BRUCELLOSIS IN THE UNITED STATES, 1960-1972
THOMAS M. BUCHANAN, Stanley L. Hendricks, C M Patton et al. · Medicine · 1974 · 64 citations
Veterinary Medicine, Infectious Diseases, Veterinary Public Health +6
Mediterranean, Malta, or Undulant Fever