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Erysipelothrix rhusiopathiae endocarditis: microbiologic, epidemiologic, and clinical features of an occupational disease.

Ninety percent of the 49 reported cases of serious Erysipelothrix rhusiopathiae infection have been episodes of presumed or proved endocarditis. E. rhusiopathiae endocarditis correlates highly with occupation (farming, animal exposure), affects more males than females, exhibits a peculiar aortic valve tropism, displays a characteristic erysipeloid cutaneous lesion (in 40% of cases), and is associated with significant mortality (overall rate, 38%). Comparison with other unusual gram-positive rods causing endocarditis shows that E. rhusiopathiae resembles Listeria monocytogenes and Lactobacillus species in its propensity to involve structurally damaged but native left-sided valves. Unlike diphtheroid endocarditis, E. rhusiopathiae endocarditis has not involved prosthetic valves and is not associated with intravenous drug abuse, as is Bacillus species endocarditis. E. rhusiopathiae is exquisitely susceptible to penicillin but resistant to vancomycin. Since vancomycin is often employed in empiric therapy for presumed endocarditis, prompt microbiologic differentiation of E. rhusiopathiae from other gram-positive organisms is necessary to avoid delays in the initiation of appropriate antibiotic therapy.

Aged↗

Monoclonal antibodies preventing the development of polyarthritis in rats induced by experimental infection with erysipelas bacteria.

Monoclonal IgM-antibodies specific for arthritogenic erysipelas bacteria (Erysipelothrix rhusiopathiae, serovar 2, strain T28) were isolated from rats suffering from erysipelas polyarthritis. Four of them (C52, D9, E51, R117) were administered to syngeneic Lewis rats. While D9 and an unrelated rat-IgM-antibody showed no effect, C52 protected partially and R117 as well as E51 fully from all symptoms of erysipelas polyarthritis. Prevention of the disease was associated with a lack of antibody-formation against the erysipelas bacteria. There is evidence that prevention is not due to classical passive immunization, but rather to induction of host mechanisms efficiently activated by "inductive" monoclonal antibodies.

Animals↗

[Immunopathologic aspects of chronic erysipelas polyarthritis in swine].

Chronic erysipelas polyarthritis in pigs is considered to be an animal model closely resembling human rheumatoid arthritis. In an experimental study using SPF pigs infected with Erysipelothrix rhusiopathiae several immunopathological aspects were studied for up to 14 months after infection. After an initial febrile phase a progressive polyarthritis and discospondylitis developed at 2 weeks after infection. Quantitative determination of IgG and IgM revealed a significant increase in these immunoglobulins both in the serum and the synovia from arthritic joints. Arthritic joints containing viable Erysipelothrix bacteria at termination of the experiment have a higher content of IgG and IgM than bacteriologically negative joints. During the entire experiment the rheumatoid factor titer, determined by the Waaler Rose test, remained relatively low with increases and decreases. The Erysipelothrix antibody titers are highly significant. The total complement activity in the serum increases discontinuously and shows fluctuations similar to those of the rheumatoid factor titer. The highest enzyme activities of acid phosphatase and lactate dehydrogenase are demonstrable in the synovial fluid of arthritic joints with positive bacteriological or immunohistological findings. These joints also have the greatest numbers of IgG-producing plasma cells. By means of immunohistological methods Erysipelothrix antigen can be demonstrated in macrophages of the proliferating synovial membrane. Finally, there is a discussion of the pathogenic significance for the perpetuation of chronic polyarthritis of Erysipelothrix persisting in arthritic joints in spite of focal immune reactions.

Acid Phosphatase↗

Erysipeloid infection in a sheep farmer with coexisting orf.

Erysipeloid is a rarely reported zoonotic infection caused by Erysipelothrix rhusiopathiae. We report a case of coexisting erysipeloid and orf infections in a sheep farmer, an association not previously recorded to our knowledge.

Administration, Oral↗

[Aerogenic immunization against swine erysipelas with Spirovak erysipelas vaccine "Dessau"].

Reported in this paper is the use of Spirovak erysipelas live vaccine for aerogenic immunisation against swine erysipelas under conditions of floor keeping. Two different aerosol spray nozzles were used. Results which will be applicable under practice conditions were achieved by means of a vortex injector nozzle. One single aerogenic immunisation, 4 to 12 X 10(7) live germs per cubic metre, provided sufficient protection against infection.

Aerosols↗