My research paper did not include articles that had phage use beyond medical reasons. Although, with my limited knowledge, I would assume phage could be used for applications such as a eco-friendly alternative to lawn pesticides, or maybe even tick resistance for dogs. But, again, this is all based on assumptions.
Thank you for this interesting presentation! I’m curious, what were the controls for the experiment in figure 4? What did you expect to see?
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Hello! Great presentation! I was curious on figure 4, if a successful PCR was ran, what would you expect to see?
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If PCR was successful, the negative band should not have shown a bad, whereas the positive and F1 bands should have been the same.
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Have bacteriophages been used in the past for other purposes besides medical reasons? If not then could they?
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My research paper did not include articles that had phage use beyond medical reasons. Although, with my limited knowledge, I would assume phage could be used for applications such as a eco-friendly alternative to lawn pesticides, or maybe even tick resistance for dogs. But, again, this is all based on assumptions.
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Where did you get your phage?
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Outside of the Muenzinger building, specific coordinates are under figure 2.
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Your presentation was explained well, and all sections made sense. How did you determine whether your gel was high quality or high quantity?
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This was determined by the fact that the bands where thick and bright.
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