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| {{Fudan-CHINA}} | | {{Fudan-CHINA}} |
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− | <style type="text/css">
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− | .step{font-family:Algerian;
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− | font-size: 11em;
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− | color: white;
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− | left: 800px;
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− | position: absolute;
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− | top: 330px;
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− | .abstract{
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− | font-family:Baskerville, "Palatino Linotype", Palatino, "Century Schoolbook L", "Times New Roman", "serif";
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− | color: white;
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− | font-size: 1.8em;
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− | position: absolute;
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− | width: 1400px;
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− | left: 250px;
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− | top: 580px;
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− | line-height:25px;
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− | text-align: justify;/*两端对齐*/
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− | font-weight: 600;/*粗度*/
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− | }
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− | .fullname{
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− | font-family:Cambria, "Hoefler Text", "Liberation Serif", Times, "Times New Roman", "serif";
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− | color: white;
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− | font-size: 2em;
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− | position: absolute;
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− | left:800px;
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− | display: block;
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− | list-style: none;
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− | /* 必要布局样式css */
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− | .banner-content{
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− | position: absolute;
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− | top:-12px;
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− | left: -20px;
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− | position: absolute;
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− | bottom: 3%;
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− | z-index: 1002;
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− | left: 50%;
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− | .banner-slide-circle ul li {
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− | width: 11px;
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− | background: #bdccd4;
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− | float: left;
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− | margin: 0 8px;
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− | .banner-slide-circle ul .on {
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− | background: #45aaf2;
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− | .banner-slide-image ul li img {
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− | width:100%;
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− | height:auto;
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− | </style>
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− | </head>
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− | <img src="https://static.igem.org/mediawiki/2018/8/8f/T--Fudan-CHINA--bgpicture2.jpeg" alt="">
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− | </li>
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− | <img src="https://static.igem.org/mediawiki/2018/8/8d/T--Fudan-CHINA--bgpicture3.jpeg" alt="">
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− | <img src="https://static.igem.org/mediawiki/2018/9/92/T--Fudan-CHINA--bgpicture1.jpeg" alt="">
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− | </li>
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− | </div>
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− | </div>
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− | </div>
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− | <script type="text/javascript">
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− | jQuery(".banner-slide").slide({mainCell:".bd ul",autoPlay:true,effect:"fold",delayTime:1000,mouseOverStop:false});
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− | </script>
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− | <img src="https://static.igem.org/mediawiki/2018/1/1d/T--Fudan-CHINA--step_white.png" width="250" height="250" style="position:absolute; left:500px; top:250px;" alt="badge">
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− | <div class="step">S T E P</div>
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− | <div class="abstract">
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− | Cell therapy has shown great potential in cancer treatment these years, while the existing CAR-T cell therapy can only target on cell surface antigens. However, there are also many tumour markers free in the blood, also being important targets marking the location of tumour. <br><br>
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− | Here we manage to construct a brand new transducer system, named STEP, to recognise small, soluble tumour markers (e.g. VEGF, AFP, TSGF). For that purpose, we adapt and optimise a newly developed system to transduce the input (free ligands) into release of a transcription factor and expression of desired drugs. To increase the recognition ability, we use Rosetta to redesign the interface between ligand and receptor in order to enhance the binding affinity.<br><br>
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− | Our STEP system can be applied for detecting tumour markers in blood and secrete drug in real time to appropriate tissues, providing a new yet practical approach for cell therapy and cancer treatment.<br><br>
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− | </div>
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− | <div class="fullname">
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− | Synthetic Transducer Engineering Platform
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− | </div>
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− | </body>
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| </html> | | </html> |