Abstract
The isolation of a pure culture of bacteria involves not only the elimination of foreign species, but also an adaptation to growth under different environmental conditions (Parr and Robbins 1942). The latter naturally results in the selection of those cells most suited to the new environment, a process which will be repeated on transfer from one set of cultural conditions to another. Thus, any changes in the environment are likely to induce modifications in physiological and/or morphological characteristics (Dubos 1945). Even when the composition of the initial medium and other environmental factors remain constant and reproducible, the characteristics of a pure culture are not invariable. All bacterial species, with the possible exceptions of members of the diphtheria group and Bacillus mallei, exhibit a maximum length in the early stages of the growth cycle (e.g., Henrici 1928, Clark and Ruehl 1919, and Huntington and Winslow 1937). During the lag period in the development of the culture, the mean cell volume increases to a maximum before the maximum multiplication rate is attained. This increase in cell volume is due both to an increase in cell substance and to the uptake of water (Malmgren and Hedén 1947).
The following abbreviations of generic names are used throughout this review: A. = Aerobacter, B. = Bacillus, Cl. = Clostridium, E. = Escherichia, L. = Lactobacillus, P. = Proteus, Ps. = Pseudomonas, S. = Salmonella, Staph. = Staphylococcus, Strep. = Streptococcus.
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Webb, M. (1965). Physiology of growth and morphogenesis in bacteria. In: Allsopp, A., et al. Differentiation and Development / Differenzierung und Entwicklung. Encyclopedia of Plant Physiology / Handbuch der Pflanzenphysiologie. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-662-36273-0_20
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