. Atlas of bacterial flagellation. Bacteria. ^ » i^^ 9 ^ L. Fig. 16. a, b, c. Lopho7nonas faecalis. Typical polar lophotrichous flagella- tion. In c is shown the filamentous form. d, e, f, g, h, i. L. faecalis {Vibrio percolans), ATCC 8461. In d is shown the polar lophotrichous type which mutates through intermediates e, f, and g to the peritriclious flagellated types h and i. Note the difference in wavelengtli of the polar and the lateral flagella. b. From E. Leifson, /. Bacteriol. 62, 377-389 (1951). d, f. From E. Leif- son, and R. Hugh, /. Bacterid. 65, 263-271 (1953). a,c, e. From T.
. Atlas of bacterial flagellation. Bacteria. ^ » i^^ 9 ^ L. Fig. 16. a, b, c. Lopho7nonas faecalis. Typical polar lophotrichous flagella- tion. In c is shown the filamentous form. d, e, f, g, h, i. L. faecalis {Vibrio percolans), ATCC 8461. In d is shown the polar lophotrichous type which mutates through intermediates e, f, and g to the peritriclious flagellated types h and i. Note the difference in wavelengtli of the polar and the lateral flagella. b. From E. Leifson, /. Bacteriol. 62, 377-389 (1951). d, f. From E. Leif- son, and R. Hugh, /. Bacterid. 65, 263-271 (1953). a,c, e. From T. P. Galar- neault, and E. Leifson, Can. J. Microbiol. 2, 102-110 (1956). microns and the amplitude microns. The mean wave- length of the peritrichous mutant was microns with amplitude of micron. The wavelength of the polar flagella is thus almost exactly three times that of the lateral Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Leifson, Einar, 1902-. New York, Academic Press
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