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Team:Calgary/Project/OurSensor
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| - | <p class="noIndent">We are building a <span class="Green"><b>DNA-based biosensor</span></b> that specifically detects the gene called <i>stx2</i> that is common among all EHEC organisms. Our device will be useful for the detection of not only the O157:H7 strain of <i>E.coli</i> but for the other EHEC strains as well. View our <span class="Green"><b>animation</span></b> below to see how the system would actually work!</p> | + | <p class="noIndent">We are building a <span class="Green"><b>DNA-based biosensor</span></b> that specifically detects the gene called <i>stx2</i> that is common among all EHEC organisms. Our device will be useful for the detection of not only the O157:H7 strain of <i>E.coli</i> but for the other EHEC strains as well. Click on the components above to learn more about their design and function. View our <span class="Green"><b>animation</span></b> below to see how the system would actually work!</p> |
<h2>The FerriTALE System:</h2> | <h2>The FerriTALE System:</h2> | ||
Revision as of 23:05, 27 September 2013
Our Sensor
Our Sensor
The goal of our project is to design a biosensor to rapidly identify cattle known as super shedders. Super shedders are cattle that excrete extremely large numbers of E.coliO157:H7, a subgroup of E. coli referred to as Enterohaemorrhagic E. coli (EHEC). EHEC organisms produce a toxin called Shiga toxin or verotoxin, which causes hemolytic-uremic syndrome (HUS) in humans and can be deadly.
We are building a DNA-based biosensor that specifically detects the gene called stx2 that is common among all EHEC organisms. Our device will be useful for the detection of not only the O157:H7 strain of E.coli but for the other EHEC strains as well. Click on the components above to learn more about their design and function. View our animation below to see how the system would actually work!
