Fundamental Experiments in Microbiology |
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Page 1
... instructor may call for the submission of your results . Be ready to hand them in at any time . RULES 1. Cleanliness is next to virtue in bacteriology . You are expected to wipe clean your own bench space before and after the laboratory ...
... instructor may call for the submission of your results . Be ready to hand them in at any time . RULES 1. Cleanliness is next to virtue in bacteriology . You are expected to wipe clean your own bench space before and after the laboratory ...
Page 140
... instructor . At the end of the period he will incubate all of the plates in an anaerobic jar containing a “ gas pack . " At that time he will demonstrate and explain how the " gas pack " works . 5. Inoculate a loopful of each culture ...
... instructor . At the end of the period he will incubate all of the plates in an anaerobic jar containing a “ gas pack . " At that time he will demonstrate and explain how the " gas pack " works . 5. Inoculate a loopful of each culture ...
Page 146
... instructor ( or teaching assistant ) will inoculate a large shaker flask containing 500 ml of nutrient broth with 1.0 ml of a freshly grown broth culture of Escherichia coli ( 1 × 108 cells / ml ) some 10 hours before class . The ...
... instructor ( or teaching assistant ) will inoculate a large shaker flask containing 500 ml of nutrient broth with 1.0 ml of a freshly grown broth culture of Escherichia coli ( 1 × 108 cells / ml ) some 10 hours before class . 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