Bacterial Transformation
Hard
Transform bacteria with a DNA plasmid and turn a wild-type E. coli into a ampicillin-resistant strain that produces fluorescent protein! This experiment will involve labeling two microtubes, transferring cold CaCl2 into each tube, transferring a plasmid DNA solution to one tube, incubating the tubes, transferring the E. coli/pGLO suspension onto agar plates, and wrapping the plates together and placing them in an incubator.
Hypothesis
The hypothesis is that the E. coli with the pGLO plasmid will be transformed into a ampicillin-resistant strain that produces fluorescent protein.
Method & Materials
You will label two microtubes, transfer cold CaCl2 into each tube, transfer a plasmid DNA solution to one tube, incubate the tubes, transfer the E. coli/pGLO suspension onto agar plates, and wrap the plates together and place them in an incubator.
You will need E. coli starter plate with large isolated colonies, LB broth 42C, water bath, CaCl2 tubes in ice, pGLO plasmid, foam rack for microtubes, UV lamp, sterile glass beads in a container, disinfectant solution for contaminated beads at side of room, pre-calibrated inoculation loops, and poured agar plates.
Results
The experiment results showed that the E. coli with the pGLO plasmid was transformed into a ampicillin-resistant strain that produces fluorescent protein. The most interesting observation was that the LB/amp/arab plate produced glowing colonies.
Why do this project?
This science project is interesting and unique because it demonstrates how a DNA plasmid can be used to transform bacteria into a ampicillin-resistant strain that produces fluorescent protein.
Also Consider
Experiment variations to consider include using different types of bacteria and different types of plasmids.
Full project details
You can find additional information and details for this science fair project here. Have fun exploring!Related videos
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