. Microbes & toxins. Bacteriology; Toxins; Antitoxins. Fig. 6.—Nitrifying bacteria (after Winogradsky). A. Nitrous ferment from Ziirich. B. The same in the motile form with flagella. C. Nitrous ferment from Kazan. D. Nitrous ferment from Java, motile cells and groups of cells. freely sprinkled with urine. If the deposits of nitrate in Chili and Peru should some day be exhausted, it would not be impossible to make it with the help of bacteria (not to speak of the electrical methods which have already been employed). Saltpetre is produced everywhere when suitable conditions of moisture and o
. Microbes & toxins. Bacteriology; Toxins; Antitoxins. Fig. 6.—Nitrifying bacteria (after Winogradsky). A. Nitrous ferment from Ziirich. B. The same in the motile form with flagella. C. Nitrous ferment from Kazan. D. Nitrous ferment from Java, motile cells and groups of cells. freely sprinkled with urine. If the deposits of nitrate in Chili and Peru should some day be exhausted, it would not be impossible to make it with the help of bacteria (not to speak of the electrical methods which have already been employed). Saltpetre is produced everywhere when suitable conditions of moisture and organic matter are given. The saltpetre of. 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 Burnet, Etienne, 1873-1960; Broquet, Charles; Scott, William Macdonald. London, W. Heinemann
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Keywords: ., bookcentury1900, bookdecade1910, booksubjectantitox, bookyear1912
