Difference between revisions of "Team:Warwick"

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                 <h3>CRISPR/Cas9<br /> biosensor.</h3>
 
                 <h3>CRISPR/Cas9<br /> biosensor.</h3>
 
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               <p>Using a dCas9 protein and an RNA-binding protein (RBP) fused to an effector, transcription of a fluorescent reporter gene can be regulated, with a significant colour change indicating the presence of targeted RNA.</p>
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               <p class="hometext">Using a dCas9 protein and an RNA-binding protein (RBP) fused to an effector, transcription of a fluorescent reporter gene can be regulated, with a significant colour change indicating the presence of targeted RNA.</p>
 
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                 <h3>Lyme's disease<br /> impact and diagnosis.</h3>
 
                 <h3>Lyme's disease<br /> impact and diagnosis.</h3>
 
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               <p>Our project will enable diagnosis of the disease at an early stage, increasing the likelihood of successful treatment and reducing the risk of irreversible bodily damage.</p>
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               <p class="hometext">Our project will enable diagnosis of the disease at an early stage, increasing the likelihood of successful treatment and reducing the risk of irreversible bodily damage.</p>
 
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                 <h3>Pollutant Detection:<br /> Heavy Metal Ions.</h3>
 
                 <h3>Pollutant Detection:<br /> Heavy Metal Ions.</h3>
 
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               <p>Our team has developed a system capable of detecting these ions in water sources, potentially improving the quality of human life on a global scale, in an inexpensive easily accessible manner.</p>
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               <p class="hometext">Our team has developed a system capable of detecting these ions in water sources, potentially improving the quality of human life on a global scale, in an inexpensive easily accessible manner.</p>
 
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                <h3>The Brainstorm</h3>
 
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              <p>Planning our projectPlanning our projectPlanning our projectPlanning our projectPlanning our projectPlanning our projectPlanning our projectPlanning our projectPlanning our projectPlanning our projectPlanning our projectPlanning our projectPlanning our projectPlanning our project</p>
 
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                <h3>The Lyme's Project</h3>
 
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              <p>Our Lyme's Disease detector.Our Lyme's Disease detector.Our Lyme's Disease detector.Our Lyme's Disease detector.Our Lyme's Disease detector.Our Lyme's Disease detector.Our Lyme's Disease detector.Our Lyme's Disease detector.Our Lyme's Disease detector.Our Lyme's Disease detector.Our Lyme's Disease detector.Our Lyme's Disease detector.Our Lyme's Disease detector.Our Lyme's Disease detector.</p>
 
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                <h3>Metal Aptamers Project</h3>
 
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              <p>Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.Detecting Heavy Metals.</p>
 
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Revision as of 12:57, 15 September 2016

Theory by TEMPLATED

CRISPR/Cas9
biosensor.

Using a dCas9 protein and an RNA-binding protein (RBP) fused to an effector, transcription of a fluorescent reporter gene can be regulated, with a significant colour change indicating the presence of targeted RNA.

Lyme's disease
impact and diagnosis.

Our project will enable diagnosis of the disease at an early stage, increasing the likelihood of successful treatment and reducing the risk of irreversible bodily damage.

Pollutant Detection:
Heavy Metal Ions.

Our team has developed a system capable of detecting these ions in water sources, potentially improving the quality of human life on a global scale, in an inexpensive easily accessible manner.