Team:WarrenCIndpls IN-HS/Project

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''Some bacteria have been genetically modified to detect certain metals in a water supply. However, it has not been done in yeast. If yeast is genetically engineered to do so, it would be a much safer procedure. The goal for this year is to create part of the gene that will eventually help us create a plasmid that will allow yeast to detect metal in a water supply, glowing red, using red fluorescent protein, once the metal has been detected.''
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''Some bacteria have been genetically modified to detect certain metals in a water supply. However, it has not been done in yeast. If yeast is genetically engineered to do so, it would be a much safer procedure. The objective for was to create a bio-brick. The creation of the part will enable next year's team to complete the overall goal, which is to create and insert a plasmid into yeast that will cause it to glow red in the presence of a certain metal.''
|[[Image:WarrenCIndpls_IN-HS_team.png|right|frame|Your team picture]]
|[[Image:WarrenCIndpls_IN-HS_team.png|right|frame|Your team picture]]
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Revision as of 02:06, 20 June 2011

WarrenCIndpls IN-HS logo.png

Some bacteria have been genetically modified to detect certain metals in a water supply. However, it has not been done in yeast. If yeast is genetically engineered to do so, it would be a much safer procedure. The objective for was to create a bio-brick. The creation of the part will enable next year's team to complete the overall goal, which is to create and insert a plasmid into yeast that will cause it to glow red in the presence of a certain metal.

File:WarrenCIndpls IN-HS team.png
Your team picture


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Contents

Overall project

Project Details

Gibson Assembly

The Experiment

DNA Extraction 1) Add 200 microliters of distilled water and a drop of detergent to a centrifuge tube; then shake (twice) 2) Inoculate a sample of E.Coli

Part 3

Results

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