. Atlas of bacterial flagellation. Bacteria. Fig. 24. a. Succinovibrio dextrinosolvcns, Bry- ant, C-85. Polar monotrichous flagellation. The flagella stained with some difficulty and rather lightly. y a. V- V Fig. 25. a. Lachnospira multiparus, Bryant D-38. This shows the organ- ism in the filamentous form. The polar location of the flagellum at the end of the filament is not significant since individual organisms did not show polar flagellation. b, c. L. multiparus, Bryant D-38. In c is a single individual showing lateral monotrichous flagellation. In b is shown two individuals, one of whic

. Atlas of bacterial flagellation. Bacteria. Fig. 24. a. Succinovibrio dextrinosolvcns, Bry- ant, C-85. Polar monotrichous flagellation. The flagella stained with some difficulty and rather lightly. y a. V- V Fig. 25. a. Lachnospira multiparus, Bryant D-38. This shows the organ- ism in the filamentous form. The polar location of the flagellum at the end of the filament is not significant since individual organisms did not show polar flagellation. b, c. L. multiparus, Bryant D-38. In c is a single individual showing lateral monotrichous flagellation. In b is shown two individuals, one of whic Stock Photo

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. Atlas of bacterial flagellation. Bacteria. Fig. 24. a. Succinovibrio dextrinosolvcns, Bry- ant, C-85. Polar monotrichous flagellation. The flagella stained with some difficulty and rather lightly. y a. V- V Fig. 25. a. Lachnospira multiparus, Bryant D-38. This shows the organ- ism in the filamentous form. The polar location of the flagellum at the end of the filament is not significant since individual organisms did not show polar flagellation. b, c. L. multiparus, Bryant D-38. In c is a single individual showing lateral monotrichous flagellation. In b is shown two individuals, one of which has a single lateral flagellum. 59. 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 work.. Leifson, Einar, 1902-. New York, Academic Press

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RMRJYE9R–. Atlas of bacterial flagellation. Bacteria. Fig. 49. a. Pasteurella pseudotuberculosis, Peritrichous flagella of very irregular wave- length and amplitude.. 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 work.. Leifson, Einar, 1902-. New York, Academic Press

RMRJYEA9–. Atlas of bacterial flagellation. Bacteria. Fig. 49. a. Pasteurella pseudotuberculosis, Peritrichous flagella of very irregular wave- length and amplitude.. 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 work.. Leifson, Einar, 1902-. New York, Academic Press

RMRJXYY1–. Atlas of bacterial flagellation. Bacteria. Fig. 67. a. Canjophanon latum showing typical peritrichous flagella of normal curvature. b. C. latum from tlie same culture as in a showing mainly curly flagella with a few normal flagella. 157. 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 work.. Leifson, Einar, 1902-. New York, Academic Press

RMRJYEK8–. Atlas of bacterial flagellation. Bacteria. > Fig. 36. a. Arthrohacter citreus, Sacks. This figure shows the most com- mon flagellation of the culture studied. The flagella were straight or with a slight curvature (small amplitude), and usually single. The arrangement was peritrichous. b. A. citreus, Sacks. This was the only organism seen on the slide with a normal flagellum. 87. 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

RMRJYE9D–. Atlas of bacterial flagellation. Bacteria. JE^. Fig. 50. a. Noguchia granulosis. Clapper. Normal peritriclious flagella. This picture does not correspond with the original description of the organ- ism which stated the flagellation as polar. b, c, d. N. granulosis, ATCC 11479. In b and c are illustrated the normal peritrichous flagellation of this organism. The organisms clumped so badly that few separate individuals could be found. In c is shown a curly flagellum which was quite rare. 119. Please note that these images are extracted from scanned page images that may have been digitally enha

RMRJY050–. Atlas of bacterial flagellation. Bacteria. Fig. 61. a. Rhodospirillum ruhrum, Hopkins Marine Station ATR 1.1.1. Tufts of flagella at one or both poles. Flagella rarely have more than one curve. From E. Leifson, /. Bacteriol. 62, 377-389 (1951). Fig. 62. a. Nocardia sp., Orskov. Peri- trichous flagella with irregular waves. Most flagellated individuals in the culture had only one or two flagella.. 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 resemb

RMRJY038–. Atlas of bacterial flagellation. Bacteria. rv,/^ Fig. 63. a. Borrelia noviji. Peritrichous flagella of normal curvature. Stained directly from mouse blood. b. B. vincentii. Peritrichous flagella of normal curvature. Stained directly from material from the human mouth. a. From E. Leifson, /. Bacteriol. 60, 678-679 (1950).. 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 work.. Leifson, Einar, 1902-. New York, Academic Press

RMRJY02N–. Atlas of bacterial flagellation. Bacteria. rv,/^ Fig. 63. a. Borrelia noviji. Peritrichous flagella of normal curvature. Stained directly from mouse blood. b. B. vincentii. Peritrichous flagella of normal curvature. Stained directly from material from the human mouth. a. From E. Leifson, /. Bacteriol. 60, 678-679 (1950).. 149. 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 work.. Leifson, Einar, 1902-. New York, Academic Press

RMRJYF2T–. Atlas of bacterial flagellation. Bacteria. NORMAL amplitude. Fig. 1. Illustration of the way that wavelength and amplitude are defined. From E. Leifson, S. R. Carhart, and M. Fulton,). Bacterial. 69, 73-82 (1955). more flagella at one or both poles. The base of the flagella usually parallel to the long axis of the soma. Subpolar, (a) Monotrichous: Predominantly a single flagellum near the pole with the base of the flagellum usually at a right angle to the long axis of the soma, (b) Multitrichous: Several flagella near the pole with the base of the flagella usually at a right angle to the lon

RMRJYF11–. Atlas of bacterial flagellation. Bacteria. Fig. 11. The halophilic pseudomonads. a, b. Pseudomonas sp., MacLeod MB-13. The great majority of the in- dividuals in this culture showed polar monotrichous flagella with the undulant shape, and a few with the normal shape. In a is shown an individual, probably about to divide, with a normal flagellum at the upper pole and an undulant flagellum at the lower pole. The undulant flagellar type was seen in several strains of halophilic pseudomonads. c. Fseudomonas sp., MacLeod B-28. Polar monotrichous flagellation of normal type.. Please note that thes

RMRJYF0E–. Atlas of bacterial flagellation. Bacteria. Fig. 11. The halophilic pseudomonads. a, b. Pseudomonas sp., MacLeod MB-13. The great majority of the in- dividuals in this culture showed polar monotrichous flagella with the undulant shape, and a few with the normal shape. In a is shown an individual, probably about to divide, with a normal flagellum at the upper pole and an undulant flagellum at the lower pole. The undulant flagellar type was seen in several strains of halophilic pseudomonads. c. Fseudomonas sp., MacLeod B-28. Polar monotrichous flagellation of normal type.. liT^/fi 31. Please no

RMRJYEH5–. Atlas of bacterial flagellation. Bacteria. ':^. ^ ^ V' Fig. 41. a. CeUiilomonas rossica, Reuszer. Normal, peritrichous flagella. b, c. C. hibula, Reuszer. A single curly flagellum was most common but individuals were also seen with several curly flagella. The arrangement is peritrichous. d. C. perlurida, Reuszer. This shows a flagellum with the proximal end of normal curvature and the distal end curly. The wavelength ratio of the normal and curly waves is about 3:1. Normal wavelength, 2.9 microns, curly wave- length, 1.05 microns. e. C. perlurida, Reuszer. Long curly flagella, peritrichously

RMRJY01E–. Atlas of bacterial flagellation. Bacteria. Fig. 64. a. Treponema paUiditm, Reiter strain. The polar structures on tliese spirochetes are commonly referred to as terminal filaments and may not be flagella. b. Treponema sp., Oral type, Hampp. The upper organism has a single subpolar flagellum. Connecting the two organisms is a filament probably of the same nature as the terminal filament on the lower organism. c, d. T. pallidum, Reiter strain. Characteristic subpolar multitrichous flag- ellation. In c is shown this type of flagellation particularly well. a-d. From E. Leifson, /. Bacterial. 62,