"
Team:Peking/DataPage/Parts
From 2013.igem.org
| Line 262: | Line 262: | ||
<div id="ModelOverviewContainer"> | <div id="ModelOverviewContainer"> | ||
<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">Parts</h1> |
<h1 id="MoedlOverviewIntroduction">Introduction</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/> | ||
Revision as of 11:43, 25 September 2013
Parts
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.
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.
