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| | <div class="large-7 columns" id="content-page"> | | <div class="large-7 columns" id="content-page"> |
| - | <div class="title"><h1><span style="color:red">O</span>UR PROJECT</h1></div>
| + | <h1 style=" margin-left:20px;font-size:64px; font-family: 'Noto Serif';"><span style="color:red">O</span>UR PROJECT</h1> |
| | <div class="text"> | | <div class="text"> |
| | <h2>Abstract</h2> | | <h2>Abstract</h2> |
| | <p>Modern "lithography" has made images vividly printed on pages and animations vigorously projected on screens. From that point, we move a step forward. Our project aims to conceive and construct a colorful bio-imaging system, on which once you project an image, ideally, the bio-system would exactly print it out on the substrate. To accomplish this, <b>novel bio-bricks</b> (light sensors & color printers), <b><em>Caulobacter crescentus</em></b> (a type of sticky bacterium) and <b>riboswitches</b> were utilized to conceptually make the system <b>colorful</b>, <b>clear</b> and <b>compact</b>. The results did prove this idea sound in principle, although further evaluation is required. We have managed to build light sensing circuits of three colors and a motion control device in C.crescentus. Furthermore, RNA logical gates were built in vivo as potential substitutes for certain parts of the system with hopefully unprecedented effectiveness.</p> | | <p>Modern "lithography" has made images vividly printed on pages and animations vigorously projected on screens. From that point, we move a step forward. Our project aims to conceive and construct a colorful bio-imaging system, on which once you project an image, ideally, the bio-system would exactly print it out on the substrate. To accomplish this, <b>novel bio-bricks</b> (light sensors & color printers), <b><em>Caulobacter crescentus</em></b> (a type of sticky bacterium) and <b>riboswitches</b> were utilized to conceptually make the system <b>colorful</b>, <b>clear</b> and <b>compact</b>. The results did prove this idea sound in principle, although further evaluation is required. We have managed to build light sensing circuits of three colors and a motion control device in C.crescentus. Furthermore, RNA logical gates were built in vivo as potential substitutes for certain parts of the system with hopefully unprecedented effectiveness.</p> |
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| - | <p><img src="https://static.igem.org/mediawiki/2014/2/2b/USTC-China_Project_Abstract.png" class="th"/></p> | + | <p ><div align="center"><img src="https://static.igem.org/mediawiki/2014/2/2b/USTC-China_Project_Abstract.png" class="th"/ ></div></p> |
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