Difference between revisions of "Team:IISER-Pune-India"

 
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{{IISER-Pune-India|pageclass=homepage|link=intro|title=TB, OR NOT TB?|tl1=HI, WANT SOMETHING FUN & YUMMY?|tl2=WELCOME TO IISER PUNE INDIA IGEM 2017 WIKI.}}
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<div class="title">Introduction</div>
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<p class="style1">So in case you were wondering what this is all about . . .</p>
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<div class="title">Introduction</div>
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TB, or not TB?<br class="mobile-hide" />
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<p class="style1">So in case you were wondering what this is all about . . .</p>
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is a project by team IISER Pune India</a>
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TB, or not TB?
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<p class="style3">The project we wish to present at iGEM 2017, called <strong>'TB, or not TB?'</strong> addresses the growing need for <strong>faster</strong> and <strong>cost-friendly</strong> detection of the tuberculosis bacteria, <i><strong>Mycobacterium tuberculosis</strong></i>. It aims at developing a novel technique for TB diagnosis, which we hope will be <strong>faster</strong>, <strong>cheaper</strong> and <strong>more reliable</strong> than the methods that are currently in use. We plan to do so with the help of the following three modules: <strong>Hijack module</strong>, <strong>Detection module</strong> and <strong>Termination module</strong>. The idea is to make the above modules function in E.coli as a proof of principle and replicate the same in <i>M. Tuberculosis</i> later.</p>
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is a project by team IISER Pune India
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<li><a href="no-sidebar.html" class="button style3 big">Know More!</a></li>
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<p class="style3">The project we wish to present at iGEM 2017, called  
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<strong>'TB, or not TB?'</strong> addresses the growing need for  
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<strong>faster</strong> and  
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<strong>cost-friendly</strong> detection of the tuberculosis bacteria,  
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<i>
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<strong>Mycobacterium tuberculosis</strong>
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</i>. It aims at developing a novel technique for TB diagnosis, which we hope will be  
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<strong>faster</strong>,  
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<strong>cheaper</strong> and  
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<strong>more reliable</strong> than the methods that are currently in use. We plan to do so with the help of the following three modules:  
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<strong>Hijack module</strong>,  
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<strong>Detection module</strong> and  
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<strong>Termination module</strong>. The idea is to make the above modules function in E.coli as a proof of principle and replicate the same in  
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<i>M. Tuberculosis</i> later.
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<source src="https://static.igem.org/mediawiki/2017/f/f9/T--IISER-Pune-India--vidteam3.mp4" type="video/mp4">
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Indian Institute of Science Education and Research,<br />
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Dr. Homi Bhabha Road, Pashan,<br />
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Maharashtra, India 411008
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<a href="https://2017.igem.org/Team:IISER-Pune-India/Description" class="button style3 big">Know More!</a>
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<a href="https://www.facebook.com/igemiiserpune">facebook.com/igemiiserpune</a><br />
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<a href="https://twitter.com/Iiserpune_igem">twitter.com/Iiserpune_igem</a>
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<h3 class="icon fa-inr">Cheap</h3>
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<p>This genetically engineered diagnostic tool uses a bacterial plamid and a phage delivery system which can be easily produced in large numbers. The prototype is made out of plastic.  </p>
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<a href="mailto:cathale@iiserpune.ac.in">cathale@iiserpune.ac.in</a><br />
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<a href="mailto:aarti.kejriwal@students.iiserpune.ac.in">aarti.kejriwal@students.iiserpune.ac.in</a>
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<h3 class="icon fa-fighter-jet">Fast</h3>
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<p>Hijack module ensures faster growth of  <i>Mycobacterium tuberculosis</i> which indeed would result in quick diagnosis. This is done with the help of a synthetic genetic oscillator.</p>
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+91 (20) 2590-8000<br />
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<p>Delivery of constructs through phage ensures accurate detection</p> </section>
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<p> Safety module is incorporated into the design which would ensure that the superbug does not escape into the wild.
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<li>Support bacteria, they're the only culture some people have. Design: Saumil Shah &amp; HTML5 UP</li>
 
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Latest revision as of 01:18, 16 December 2017

Introduction

So in case you were wondering what this is all about . . .

TB, or not TB?
is a project by team IISER Pune India

The project we wish to present at iGEM 2017, called 'TB, or not TB?' addresses the growing need for faster and cost-friendly detection of the tuberculosis bacteria, Mycobacterium tuberculosis . It aims at developing a novel technique for TB diagnosis, which we hope will be faster, cheaper and more reliable than the methods that are currently in use. We plan to do so with the help of the following three modules: Hijack module, Detection module and Termination module. The idea is to make the above modules function in E.coli as a proof of principle and replicate the same in M. Tuberculosis later.

Features

Cheap

This genetically engineered diagnostic tool uses a bacterial plamid and a phage delivery system which can be easily produced in large numbers. The prototype is made out of plastic.

Fast

Hijack module ensures faster growth of Mycobacterium tuberculosis which indeed would result in quick diagnosis. This is done with the help of a synthetic genetic oscillator.

Reliable

Delivery of constructs through phage ensures accurate detection

Safe

Safety module is incorporated into the design which would ensure that the superbug does not escape into the wild.