. The cytology and life-history of bacteria. Bacteria. .*// r ^\ ^4 8. :? A. 4 ^Wa 11 Fig. 29 COMPLEX VEGETATIVE REPRODUCTION (]-r>) Streptococcus faecalis, x 3000 ; 16-11) Shigella flexneri. x 3000. (I) Large cell with elongated nucleus. (2-4) Development of filament. (5) Fragmentation of filament. (6, 7) Trinucleate pre-fusion cells. (8, i>) Fusion nuclei. In (8) compare fusion cell {left) with rlivif â mal cell (ri'^ht). (10, 11, 12) Development of fusion nucleus. (13, 14, 15) Redistribution of nuclear elements in growing filament, (IH, 17) Fragmentation of filament. (16) stai
. The cytology and life-history of bacteria. Bacteria. .*// r ^\ ^4 8. :? A. 4 ^Wa 11 Fig. 29 COMPLEX VEGETATIVE REPRODUCTION (]-r>) Streptococcus faecalis, x 3000 ; 16-11) Shigella flexneri. x 3000. (I) Large cell with elongated nucleus. (2-4) Development of filament. (5) Fragmentation of filament. (6, 7) Trinucleate pre-fusion cells. (8, i>) Fusion nuclei. In (8) compare fusion cell {left) with rlivif â mal cell (ri'^ht). (10, 11, 12) Development of fusion nucleus. (13, 14, 15) Redistribution of nuclear elements in growing filament, (IH, 17) Fragmentation of filament. (16) stained for nuclear structu 1 V- ' il2| '14 15 (Reprotluccit from the Journal of Hygiene.'^ ing cell {coitir) and â es, (17) for cell walls. 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 Bisset, Kenneth Alexander. Baltimore : Williams and Wilkens
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Keywords: ., bookcentury1900, bookcollectionbiodiversity, booksubjectbacteria
