Template:SUSTC-B1

From 2012.igem.org

(Difference between revisions)
Line 645: Line 645:
                                 <h1>Transcriptional Terminator Efficiency Calculator (TTEC)</h1>
                                 <h1>Transcriptional Terminator Efficiency Calculator (TTEC)</h1>
<p>We studied the rho-independent transcription terminators which regulate gene expression using both theoretical model and experiment method.</p>
<p>We studied the rho-independent transcription terminators which regulate gene expression using both theoretical model and experiment method.</p>
-
 
<p> We first developed a theoretical model. This model calculated the free energy of RNA folding and could predict the secondary structure of terminators. From the secondary structure, we proposed an algorithm that can predict terminator efficiency.</p>
<p> We first developed a theoretical model. This model calculated the free energy of RNA folding and could predict the secondary structure of terminators. From the secondary structure, we proposed an algorithm that can predict terminator efficiency.</p>
-
 
<p> To validate our theoretical prediction, we also perform wetlab experiments. We construct 100 terminators. We measure the the terminator efficiency by measuring the GFP and RFP which are placed before and after terminators.</p>
<p> To validate our theoretical prediction, we also perform wetlab experiments. We construct 100 terminators. We measure the the terminator efficiency by measuring the GFP and RFP which are placed before and after terminators.</p>
<p> We also developed a software and a web server for people to calculate their terminators and built a database of terminator efficiency which we believe to be the largest database of such kind. Our work is by far the most comprehensive study on terminator efficiency.</p>
<p> We also developed a software and a web server for people to calculate their terminators and built a database of terminator efficiency which we believe to be the largest database of such kind. Our work is by far the most comprehensive study on terminator efficiency.</p>
Line 655: Line 653:
                 <div class="clear"></div>
                 <div class="clear"></div>
<div class="separator line"></div>
<div class="separator line"></div>
-
 
-
<article class="row">
 
-
                    <div class="one_fourth">
 
-
                        <span class="dropcap4">1</span>
 
-
                        <h4>Design Ideas</h4>
 
-
                        <p>Pellentesque enim lacus, viverra eu egestas vel, imperdiet non felis. Aliquam erat volutpat. Nullam facilisis aliquet eleifend.</p>
 
-
                    </div>
 
-
                    <div class="one_fourth">
 
-
                    <span class="dropcap4">2</span>
 
-
                        <h4>Problem Areas</h4>
 
-
                        <p>Pellentesque enim lacus, viverra eu egestas vel, imperdiet non felis. Aliquam erat volutpat. Nullam facilisis aliquet eleifend.</p>
 
-
                    </div>
 
-
                    <div class="one_fourth">
 
-
                    <span class="dropcap4">3</span>
 
-
                        <h4>Green Garden</h4>
 
-
                        <p>Pellentesque enim lacus, viverra eu egestas vel, imperdiet non felis. Aliquam erat volutpat. Nullam facilisis aliquet eleifend.</p>
 
-
                    </div>
 
-
                    <div class="one_fourth lastcols">
 
-
                    <span class="dropcap4">4</span>
 
-
                        <h4>Planting Areas</h4>
 
-
                        <p>Pellentesque enim lacus, viverra eu egestas vel, imperdiet non felis. Aliquam erat volutpat. Nullam facilisis aliquet eleifend.</p>
 
-
                    </div>
 
-
        </article>
 
                 <div class="clear"></div>
                 <div class="clear"></div>
             </section>
             </section>

Revision as of 12:34, 22 October 2012

Template:SUSTC-B1 - 2012.igem.org

Template:SUSTC-B1

From 2012.igem.org

Title



Transcriptional Terminator Efficiency Calculator (TTEC)

We studied the rho-independent transcription terminators which regulate gene expression using both theoretical model and experiment method.

We first developed a theoretical model. This model calculated the free energy of RNA folding and could predict the secondary structure of terminators. From the secondary structure, we proposed an algorithm that can predict terminator efficiency.

To validate our theoretical prediction, we also perform wetlab experiments. We construct 100 terminators. We measure the the terminator efficiency by measuring the GFP and RFP which are placed before and after terminators.

We also developed a software and a web server for people to calculate their terminators and built a database of terminator efficiency which we believe to be the largest database of such kind. Our work is by far the most comprehensive study on terminator efficiency.