Team:UCLondon/Templates/Content-Slide

From 2012e.igem.org

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   $('#shadow4').center();
   $('#shadow4').center();
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   var input = '<div id="impress">
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             <div id="start" class="step" >
             <div id="start" class="step" >
                 <p>Creating Stunning Visualizations</p>
                 <p>Creating Stunning Visualizations</p>

Revision as of 03:02, 19 October 2012

Slide 1

Advancing Protein Expression

Codon Usage Optimizer (CUO) is a GUI-based multiplatform software written in Java. The main function of the software is to optimize genes to be transformed into the Chlamydomonas reinhardtii chloroplast genome using an original set of algorithms for calculation, data processing and automated reasoning. Furthermore, it can be used as an electronic drawboard for gene sequence analysis and design. While the software focuses on the C.reinhardtii genome, it can also be used to optimize genes into other hosts as well. Since E.coli and S.cerevisiae are popular candidates of biotechnological exploitation, they will be CUO's next shift of focus in its development.

Slide 2
Elevator Pitch
 Tutorials
 Slide Deck
In the elevator pitch we describe the unique selling point of CUO and detail our plans on how we will commercialise using the open source platform. These tutorials demonstrate the key features of CUO and help new users unleash the awesome power of CUO. In the slide deck we describe the unique selling point of CUO and detail our plans on how we will commercialise using the open source platform


Pitch

Tutorials

Slideshow
Slide 3

Get the latest version of CUO!

Download


Last Modified: 14.10.2012

Kasuza Table parser added
Edit Table function added
View Table function added
Translator added
Plot graph function in Moptimzier
Operation Panel improved
Tutorials added


Last Modified: 04.08.2012

Updater added
Processor added
MultiFasta(.mfa) added
Operation panel improved
Example Frame
'; $('#shadow4').toggle('slow', function() { $(this).children('#box-content4').html(input); }); return false; } var closeBox4 = function() { var d = document; if ( (d.fullScreen) || (d.webkitIsFullScreen) || (d.mozfullScreen) ){ (d. cancelFullScreen == undefined) ? "" : d. cancelFullScreen(); (d.webkitCancelFullScreen == undefined) ? "" : d.webkitCancelFullScreen(); (d.mozCancelFullScreen == undefined) ? "" : d.mozCancelFullScreen(); } $('#shadow4').toggle('slow', function() { $(this).children('#box-content4').html(loading); }); } /* fullscreen functions */ var fstoggle = function() { var d = document; if ( (d.fullScreen) || (d.webkitIsFullScreen) || (d.mozfullScreen) ){ //$('#shadow4').children('#box-content4').html(loading); (d. cancelFullScreen == undefined) ? "" : d. cancelFullScreen(); (d.webkitCancelFullScreen == undefined) ? "" : d.webkitCancelFullScreen(); (d.mozCancelFullScreen == undefined) ? "" : d.mozCancelFullScreen(); } else { var e = document.getElementById('shadow4'); (e.requestFullScreen == undefined) ? "" : e.requestFullScreen(); (e.webkitRequestFullScreen == undefined) ? "" : e.webkitRequestFullScreen(); (e.mozRequestFullScreen == undefined) ? "" : e.mozRequestFullScreen(); } } $(document).ready(function(event) { loading = $('#load2').parent().html(); $('body').off('click', '.play', openBox2); $('body').on('click', '.play', openBox2); $('body').off('click', '#close-box2', closeBox2); $('body').on('click', '#close-box2', closeBox2); /* slide deck box */ $('body').off('click', '.run-slides', openBox4); $('body').on('click', '.run-slides', openBox4); $('body').off('click', '#close-box4', closeBox4); $('body').on('click', '#close-box4', closeBox4); /* fullscreen mode */ $('body').off('click', '#fullscreen',fstoggle); $('body').on('click', '#fullscreen', fstoggle); });

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