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Experimental Microbiology
Students will assimilate their knowledge of microbiology,
fluorescence microscopy and flow cytometry to answer an experimental question
about Tetrahymena nutrition. Tetrahymena will be given prey
(fluorescent-labeled yeast or beads) under specific conditions that students
will monitor. Students will obtain data using florescence microscopy and a flow
cytometer, and perform analysis using Paint-A-GatePROTM software. The question,
experimental design, experimentation, and the results analysis are the
responsibility of the student. The laboratory instructor will act as a resource
for ideas and strategies but is not responsible for experimental results. There
are no wrong answers, but results are often ambiguous or inconclusive. Think of
the lab section as a team addressing a biological phenomenon. Chances are that
the experiment you design has not been performed before, and the results you
obtain are unique.
The experiment will occur in stages (Worksheets #1, 2 and 3) prior to
submitting results to your laboratory instructor. Although you may generate one
or a few data sets, you will be responsible for analyzing and summarizing the
entire class project. The worksheets are designed to develop increasing
knowledge about experimental microbiology and flow cytometry, as detailed
below:
Worksheet 1:
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Worksheet 2:
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Worksheet 3:
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Adapted, in part, with permission from Sally Pasion, Department of
Biological Sciences, San Francisco State University.