Team:Peking/Model
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#ModelOverviewContainer{position:absolute; top:130px; left:200px; width:1000px; height:460px;} | #ModelOverviewContainer{position:absolute; top:130px; left:200px; width:1000px; height:460px;} | ||
#ModelOverviewBackground{position:absolute; top:0px; top:0px;} | #ModelOverviewBackground{position:absolute; top:0px; top:0px;} | ||
- | #ModelOverviewTitle{position:absolute; left:750px; top: | + | #ModelOverviewTitle{position:absolute; left:750px; top:250px; border-bottom:0px; color:#FFFFFF; font-size:48px; font-family:calibri,Arial, Helvetica, sans-serif;line-height:60px; text-align:center;} |
+ | #MoedlOverviewIntroduction{position:absolute; left:40px; top:40px; border-bottom:0px; color:#FFFFFF; font-size:48px; font-family:calibri,Arial, Helvetica, sans-serif;line-height:60px; text-align:center;} | ||
#ModelOverviewContent{position:absolute; top:100px; left:40px; width:700px; height:400px;color:#FFFFFF; font-size:18px;font-family:calibri,Arial, Helvetica, sans-serif; text-align:justify; line-height:30px;} | #ModelOverviewContent{position:absolute; top:100px; left:40px; width:700px; height:400px;color:#FFFFFF; font-size:18px;font-family:calibri,Arial, Helvetica, sans-serif; text-align:justify; line-height:30px;} | ||
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<img id="ModelOverviewBackground" src="https://static.igem.org/mediawiki/2013/1/15/Peking2013_model_overview.jpg" /> | <img id="ModelOverviewBackground" src="https://static.igem.org/mediawiki/2013/1/15/Peking2013_model_overview.jpg" /> | ||
- | <h1 id="ModelOverviewTitle"> | + | <h1 id="ModelOverviewTitle">Model</h1> |
+ | <h1 id="MoedlOverviewIntroduction">Introduction</h1> | ||
<p id="ModelOverviewContent">A regular reporter (for example, fluorescent proteins or pigment) can only detect a narrow range of concentration of input signals, (Figure 1) because they mainly possess a Hill-function type dose-response curve. The linear proportion of such a dose-response curve is relatively narrow,causing it sensitive to only a narrow range of input intensity. Thus the regular reporters are not proper devices for quantitative measurement. In order to design a quantitative, economical and convenient aromatics detector, we decided to build a band pass filter.<br/> | <p id="ModelOverviewContent">A regular reporter (for example, fluorescent proteins or pigment) can only detect a narrow range of concentration of input signals, (Figure 1) because they mainly possess a Hill-function type dose-response curve. The linear proportion of such a dose-response curve is relatively narrow,causing it sensitive to only a narrow range of input intensity. Thus the regular reporters are not proper devices for quantitative measurement. In order to design a quantitative, economical and convenient aromatics detector, we decided to build a band pass filter.<br/> | ||
On September 7th, we held Model iGEM, which consisted oral and poster presentation. Seven other iGEM teams were invited and we had a face-to-face interaction. | On September 7th, we held Model iGEM, which consisted oral and poster presentation. Seven other iGEM teams were invited and we had a face-to-face interaction. |
Revision as of 10:45, 17 September 2013
Model
Introduction
A regular reporter (for example, fluorescent proteins or pigment) can only detect a narrow range of concentration of input signals, (Figure 1) because they mainly possess a Hill-function type dose-response curve. The linear proportion of such a dose-response curve is relatively narrow,causing it sensitive to only a narrow range of input intensity. Thus the regular reporters are not proper devices for quantitative measurement. In order to design a quantitative, economical and convenient aromatics detector, we decided to build a band pass filter.
On September 7th, we held Model iGEM, which consisted oral and poster presentation. Seven other iGEM teams were invited and we had a face-to-face interaction.