. Agricultural bacteriology. Bacteriology, Agricultural. BROWN I AN MOVEMENTS 41 ment" from Robert Brown (1773-1858), an English botanist, who first observed them in 1827 when studying grains of pollen. Observa- tions made by ingenious methods upon the Brownian movements. FIG. 8.—-Spirillum of Asiatic cholera, showing single flagellum. (Kolle and FIG. 9.—Spirillum volutans, showing flagella at either end of the bacterium. (Herzog.) of colloidal suspensoids are exactly what the kinetic theory indi- cates would be the behavior of molecules of that size. Both dead and non-motile bacilli show
. Agricultural bacteriology. Bacteriology, Agricultural. BROWN I AN MOVEMENTS 41 ment" from Robert Brown (1773-1858), an English botanist, who first observed them in 1827 when studying grains of pollen. Observa- tions made by ingenious methods upon the Brownian movements. FIG. 8.—-Spirillum of Asiatic cholera, showing single flagellum. (Kolle and FIG. 9.—Spirillum volutans, showing flagella at either end of the bacterium. (Herzog.) of colloidal suspensoids are exactly what the kinetic theory indi- cates would be the behavior of molecules of that size. Both dead and non-motile bacilli show this movement as do also small particles freely suspended in the liquid. However, many bacteria show a. 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 Greaves, J. E. (Joseph Eames), b. 1880. Philadelphia New York, Lea & Febiger
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Keywords: ., bookcentury1900, bookdecade1920, booksubjectbacteri, bookyear1922
