The cytoarchitecture of B. anthracis can be easily studied in serial sections both at the light and at the electron microscope. The morphogenesis of the colony makes clear the peculiar structure of B. anthracis which seems essentially due to the chemical and physical characteristics of the cell envelopes and to the incomplete division of daughter cells. Other factors such as surface tension, humidity, mechanical obstacles and regressive phenomena, seem to be active, in B. anthracis, only since the third day.

Bacillus anthracis↗

PubMedDate not supplied

[Sewage and industrial pollution of the salt water of an estuary. Possibility of decontamination. III. Eutrophication phenomena].

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Eutrophication↗

PubMedDate not supplied

[Mixed sewage-industrial pollution in estuarial brinish waters. Decontamination possibilities. I. Microbiologic aspects].

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Decontamination↗

PubMedDate not supplied

[Mixed sewage-industrial pollution in estuarial brinish waters. Decontamination possibilities. II. Chemical aspects].

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Decontamination↗

PubMedDate not supplied

[Morph-physiological researches on Schizomycetes. Morphogenesis and cytoarchitecture of the microbial colony. II : B. cereus].

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Bacillus cereus↗

PubMedDate not supplied

[Morphological and physiological studies on schizomycetes. Morphogenesis and cytoarchitecture of microbial colony. IV. B.megaterium].

Unlike B. anthracis and B. cereus, the B. megatherium shows a disordered cytoarchitecture. Since the factors conditioning the growth of the colonies are the same, this is due to a different parting mechanism of daughter cells.

Bacillus megaterium↗