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Staff: “Gulf Slick a Free Lunch for Bacteria,” Science, 120 (J). Staff: “Bacillus circulans-Aufbau und Verhalten,” Silent Film E183, Audio-Vis-ual Services, Pennsylvania State University, University Park, Pennsylvania, 1988. A.: “Bacteria as Multicellular Organisma,” Sci. A.: “Organization of Developing Escherichia coli Colonies Viewed by Scanning Electron Microscopy,” J. Schauer, A., et al.: “Visualizing Gene Expression in Time and Space in the Fila-mentous Bacterium Streptomyces coelicolor,” Science, 768 (). Rosenberg, E., Ed.: “Myxobacteria: Development and Cell Interactions,” Springer-Verlag, New York, 1984. M., et al.: “A Cluster of Rhodococcus (Cardona) bronchialis Sternal-Wound Infections after Coronary-Artery Bypass Surgery,” N. B.: “Molecular Biology of Prion Diseases,” Science, 1515 (J). Pool, R, R.: “Pushing the Envelope of Life,” Science, 158 (Janu). S.: “Nitrogen-Fixing Bacteria Find New Partners,” Science, 910 (Novem). Kappler: “The Staphylococcal Enterotoxins and Their Relatives,” Science, 705 ().

Magasanik, B, B.: “Research on Bacteria in the Mainstream of Biology,” Science, 1435 (J). Lowry, R W, et al.: “A Cluster of Legionella Sternal-Wound Infections Due to Postoperative Topical Exposure to Contaminated Tap Water,” N. Van Niel: “The Microbe’s Contribution to Biology,” Harvard Univ. O.: “From Harmless Commensal to Invasive Pathogen,” N. R.: “Discrimination Between Intracellular Uptake and Surface Adhesion of Bacterial Pathogens,” Science, 934 (). Hoover: “Bifidobacteria: Their Potential for Use inĪmerican Dairy Products,“ Food Techy. Prophylaxis with Penicillin G Benzathine,“ N. C., et al.: “Hyperendemic Streptococcus pyogenes Infections Despite G.: “Hospital-Acquired Infections in Children,” N. W.: “The Streptococcus Saga Continues,” N. This process is experimental and the keywords may be updated as the learning algorithm improves.ĭenny, F. These keywords were added by machine and not by the authors. It is interesting to note that, with the exception of the aforementioned relatively isolated cases, no individuals with intact spleens located elsewhere have been infected. However, the prevalence of infection in mice is very high on this island, greatly exceeding that reported from other locations, and this may be causally related to infection in humans. Thus, the parasite seems to be widespread, and this renders problematic the peculiar frequency of human infection found on Nantucket Island. Rodents of this species were infected with similar parasites around Ithaca, New York, and various small rodents and rabbits carried the infection in California and in England. Populations of white-footed mice on Martha’s Vineyard, 24 kilometers west of Nantucket, were found to be infected in 1937. As reported by Healy, Spielman, and Gleason (Science 192 479–480, 1976), Babesia microti infection in wild mammals has been recognized in several locations in the United States and Europe. Transmission is by tick bite (family Ixodidae). The main reservoirs of human infection include rodents and, possibly, house pets. This is an uncommon malaria-like disease caused by an intraerythrocytic protozoan parasite, Babesia.

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