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Team:Valencia Biocampus/Project
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Cristina VS (Talk | contribs) (→Who said scientists don't care about microbial cultures?) |
Cristina VS (Talk | contribs) (→Who said scientists don't care about microbial cultures?) |
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== '''Who said scientists don't care about microbial cultures?''' == | == '''Who said scientists don't care about microbial cultures?''' == | ||
| - | This year, Valencia Biocampus team members are going to break down communication | + | This year, Valencia Biocampus team members are going to break down communication barriers among species through an artificial language based on light wavelengths, which will allow us to know more about the requirements of the microorganisms we thrive everyday in our labs. Depending on different metabolic conditions, our microorganisms (bacteria and yeast) will express fluorescent proteins that are under the control of promoters sensitive to these environmental factors. Therefore, by using a fluorimeter controlled by voice-recognition software, we are able to ask and get answers (like real-life talking!) of the microbial environment! Moreover we have a brand-new experience, related to UV-regulation, in which we force bacteria to express a gene! |
| - | + | Our final goal is to characterize and completely model bacterial behavior affected by these factors. And last, but not least, our Human Practices team has an awesome story-telling script for the audience! | |
| - | Our final goal is to characterize and model | + | |
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Revision as of 17:13, 26 September 2012
Overall project
Who said scientists don't care about microbial cultures?
This year, Valencia Biocampus team members are going to break down communication barriers among species through an artificial language based on light wavelengths, which will allow us to know more about the requirements of the microorganisms we thrive everyday in our labs. Depending on different metabolic conditions, our microorganisms (bacteria and yeast) will express fluorescent proteins that are under the control of promoters sensitive to these environmental factors. Therefore, by using a fluorimeter controlled by voice-recognition software, we are able to ask and get answers (like real-life talking!) of the microbial environment! Moreover we have a brand-new experience, related to UV-regulation, in which we force bacteria to express a gene! Our final goal is to characterize and completely model bacterial behavior affected by these factors. And last, but not least, our Human Practices team has an awesome story-telling script for the audience!
