Fundamental Experiments in Microbiology |
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Page 98
... thioglycollate medium ) . GROWTH CHARACTERISTICS OF THE ORGANISMS Medium Culture Nutrient gelatin deep Fluid thioglycollate medium Motility Potato deep slant Your unknown culture P. vulgaris S. aureus P. fluorescens E. aerogenes ...
... thioglycollate medium ) . GROWTH CHARACTERISTICS OF THE ORGANISMS Medium Culture Nutrient gelatin deep Fluid thioglycollate medium Motility Potato deep slant Your unknown culture P. vulgaris S. aureus P. fluorescens E. aerogenes ...
Page 139
... thioglycollate agar ( Fig . 16-3 ) . PERIOD I MATERIALS 1. Nutrient broth cultures of Bacillus subtilis and Staphylococcus aureus . 2. Thioglycollate broth culture of Clostridium sporogenes . 3. 1 nutrient agar deep . 4. 3 tubes of ...
... thioglycollate agar ( Fig . 16-3 ) . PERIOD I MATERIALS 1. Nutrient broth cultures of Bacillus subtilis and Staphylococcus aureus . 2. Thioglycollate broth culture of Clostridium sporogenes . 3. 1 nutrient agar deep . 4. 3 tubes of ...
Page 207
... thioglycollate broth . PROCEDURE 1. Label 1 tube of fluid thioglycollate broth as S.a. and the other as C.s. Label 1 tube of nutrient broth as S.a. , the 2nd tube as C.s. , and the 3rd tube as S.a. + C.s. 2. Aseptically inoculate the ...
... thioglycollate broth . PROCEDURE 1. Label 1 tube of fluid thioglycollate broth as S.a. and the other as C.s. Label 1 tube of nutrient broth as S.a. , the 2nd tube as C.s. , and the 3rd tube as S.a. + C.s. 2. Aseptically inoculate the ...
Contents
LABORATORY SUGGESTIONS AND RULES | 1 |
The Construction and Operation of the Microscope | 11 |
Microscopic Measurement of Bacterial Cells | 21 |
Copyright | |
23 other sections not shown
Common terms and phrases
acid agar plates alcohol allow amount anaerobic antibiotic antigen appear Aseptically aureus bacteria bacteriophage bottle broth called cause cells cereus characteristics chemical coli coliform colonies color completed containing count demonstrate determine dilution DISCUSSION Distilled water drop Examine example experiment extract fermentation FIGURE filter glass glucose Gram grow growth heat incubate indicator inoculated instructor isolate labeled loop MATERIALS medium method methylene blue MICHIGAN microorganisms microscope milk minutes motility nitrate nitrogen Note nutrient nutrient agar nutrient broth objective obtained organisms PERIOD Petri dishes pipette plants prepared present PROCEDURE produced protein pure culture Record your observations reduction Remove sample selected sewage slant slide smear soil solution space provided species spores stage stain Step sterile streak surface suspension transfer tryptone tube types unknown usually Wash