Primarily affecting horses, mules, and donkeys, rarely humans, burkholderia mallei is an antibiotic semi-resistant pathogen. Unlike other members of the bacteria’s family it is not capable of surviving in soil and requires a living host in which to grow and transmit infection. It is resistant to several antibiotics.
Allegedly used by the Germans to destroy Russian horses in World War I, by the Japanese in World War II, and by the Russians in Afghanistan (1982-1984) it has a potential fatality rate of 95%.
Infection from burkholderia mallei results in a disease named Glanders.
In chronic (persistent or continuous) infections in horses it is responsible for a thick nasal mucus discharge and lung lesions. Infected hosts can survive for months before death. Acute infection (as seen in Gabriel’s infection in E.P.C.O.T) results in high fever, coughing, and an infectious nasal discharge before septicemia causes death within a few days.
Method of transmission to the host also affects the symptoms - if infected through the skin, a skin infection will occur, whilst inhalation will cause septicemia and infection of the lungs, liver and spleen.
Treatment EditBurkholderia mallei is resistant to several types of antibiotics and there is no current vaccine for the disease. It is however susceptible to several disinfectants, heat and UV destruction, and several other types of antibiotics (one of which, Chloramphenicol, is given to Gabriel, Phillip and Elizabeth by William in Chloramphenicol and EPCOT).
Biological Warfare Edit
Burkholderia mallei infections have a mortality rate of 95% if left untreated, 50% if treated by antibiotic. Such a high mortality rate even despite treatment makes the bacteria a known potential biological warfare agent.
The bacteria is (officially) poorly researched but appears to be unofficially researched by many governments.