The Elements of Bacteriological Technique: A Laboratory Guide for the Medical, Dental, and Technical StudentW.B. Saunders, 1902 - 361 pages |
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Page 19
... growth . A surface cultivation in one of these will yield as much growth as ten or twelve " oblique ” tube cultures . The wide mouth , however , is a disadvantage , and for many purposes thin , flat culture bottles ( Fig . 5 ) are to be ...
... growth . A surface cultivation in one of these will yield as much growth as ten or twelve " oblique ” tube cultures . The wide mouth , however , is a disadvantage , and for many purposes thin , flat culture bottles ( Fig . 5 ) are to be ...
Page 23
... . Fermentation Tubes ( Fig . 14 ) .— These are used for the collection and analysis of the gases liberated from the media during the growth of some varieties of bac- teria and may be either plain ( a ) or FERMENTATION TUbes . 23.
... . Fermentation Tubes ( Fig . 14 ) .— These are used for the collection and analysis of the gases liberated from the media during the growth of some varieties of bac- teria and may be either plain ( a ) or FERMENTATION TUbes . 23.
Page 33
... growth of , but do not destroy , bacterial life ) , are obviously useless . Disinfectants or germicides ( i . e . , substances which destroy bacterial life ) , on the other hand , are of value in the disinfection of morbid material ...
... growth of , but do not destroy , bacterial life ) , are obviously useless . Disinfectants or germicides ( i . e . , substances which destroy bacterial life ) , on the other hand , are of value in the disinfection of morbid material ...
Page 71
... growth . ) 7. Remove a small portion of the growth by taking up a drop of liquid , in the case of a fluid culture , in the loop or by touching it on the surface of the growth when the culture is on solid medium ; and withdraw the loop ...
... growth . ) 7. Remove a small portion of the growth by taking up a drop of liquid , in the case of a fluid culture , in the loop or by touching it on the surface of the growth when the culture is on solid medium ; and withdraw the loop ...
Page 88
... growth by means of the platinum spatula . 2. Emulsify it with a few cubic centimetres of dis- tilled water in a watch - glass , by gently moving the spatula to and fro in the water . Do not rub up the growth on the side of the watch ...
... growth by means of the platinum spatula . 2. Emulsify it with a few cubic centimetres of dis- tilled water in a watch - glass , by gently moving the spatula to and fro in the water . Do not rub up the growth on the side of the watch ...
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Common terms and phrases
absolute alcohol acid anaerobically aniline animal Apparatus Required aqueous solution Bacillus bacteria beaker blood-serum boiling bottle bouillon Bunsen Bunsen burner c.c. capacity cell cent Clinical Cloth colonies colour containing cotton-wool plug cover-slip films cubic centimetre culture tube cylinder dilute Diseases dissolve distilled water Edition emulsify emulsion filter candle Filter through papier flame flask fluid forceps fuchsin funnel gelatine gentian violet glass tubing glucose glucose formate Gram's method grammes growth guinea-pig Half Morocco Handsome octavo hanging-drop heat incubate incubate at 37 Inoculate inoculum meat extract Medicine medium micrometer NaOH nutrient agar nutrient bouillon nutrient gelatine octavo organisms papier Chardin peptone pipette Professor quantity reaction Remove sample sections serum Sheep or Half slide soda solution spores steamer at 100 sterile sterile capsules sterile pipettes sterilise stopper surface Surgery temperature test-tube tion tissue tube cultivations tubes of nutrient twenty minutes vide water-bath Weigh xylol