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Bacillus anthracis (Anthrax)

 

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Bacillus anthracis, colony, vegetative Bacteria (predominantly in chains) without visible formation of spores. Sscanning electron microscope, SEM. Bar = 3 μm. Source: © RKIBacillus anthracis, colony, vegetative Bacteria (predominantly in chains) without visible formation of spores. Sscanning electron microscope, SEM. Bar = 3 μm Source: Muhsin Özel, Gudrun Holland/RKI

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Bacillus anthracis, colony, vegetative Bacteria (predominantly in chains) without visible formation of spores. Sscanning electron microscope, SEM, negative staining. Bar = 2 μm. Source: © RKIBacillus anthracis, colony, vegetative Bacteria (predominantly in chains) without visible formation of spores. Sscanning electron microscope, SEM, negative staining. Bar = 2 μm Source: Hans R. Gelderblom, Rolf Reissbrodt/RKI

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Bacillus anthracis, vegetative, capsule forming Bacteria. Transmission electron microscopy, ultrathin section, Bar = 1 µm. Source: © RKIBacillus anthracis, vegetative, capsule forming Bacteria. Transmission electron microscopy, ultrathin section, Bar = 1 µm Source: Norbert Bannert, Gudrun Holland/RKI

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Bacillus anthracis, vegetative, spore forming Bacteria. Transmission electron microscopy, ultrathin section (rapid embedding). Bar = 1 µm. Source: © RKIBacillus anthracis, vegetative, spore forming Bacteria. Transmission electron microscopy, ultrathin section (rapid embedding). Bar = 1 µm Source: Lars Möller, Josef Schröder/RKI

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Bacillus anthracis, spores, partially without exosporium (outer layer of the spore). Scanning electron microscopy. Bar = 500 nm. Source: © RKIBacillus anthracis, spores, partially without exosporium (outer layer of the spore). Scanning electron microscopy. Bar = 500 nm Source: Muhsin Özel, Gudrun Holland/RKI

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Bacillus anthracis, cross section of a vegetative, capsule and spore forming bacterium. Transmission electron microscopy, ultrathin section. Bar = 200 nm. Source: © RKIBacillus anthracis, cross section of a vegetative, capsule and spore forming bacterium. Transmission electron microscopy, ultrathin section. Bar = 200 nm Source: Norbert Bannert, Gudrun Holland/RKI

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Date: 02.07.2014