Tianjin/DIODE

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(Design)
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[[Image:diodedh.gif|500px]]            <font size="8" color="#0000CC">OK!</font> [[Image:happy.gif|150px]]<br><br>
[[Image:diodedh.gif|500px]]            <font size="8" color="#0000CC">OK!</font> [[Image:happy.gif|150px]]<br><br>
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[[Image:diodeblock.gif|500px]]            <font size="8" color="#0000CC">Blocked!</font>[Image:cry.gif|150px]]<br><br><br><br>
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[[Image:diodeblock.gif|500px]]            <font size="8" color="#0000CC">Blocked!</font>[[Image:cry.gif]]<br><br><br><br>

Revision as of 09:54, 25 October 2007

Design

1.Brief Introduction of Bio-diode

The diode, one of the most significant parts in the electric integrate circuit and electronic equipment, functions as allowing the current get through when the diode is positive-biased, and cut off while it is negative-biased. When the negative voltage increases to a threshold, the diode tends to be negatively broken down. In this project, the molecular signal AHL is considered as the current of electric circuit, the generator, amplifiers, blocks and detector cells are constructed with the parts provided by MIT and then are equipped in series in order to achieve the cellular and molecular biological diode.

Diodedh.gif OK! Happy.gif

Diodeblock.gif Blocked!Cry.gif




2.Composition and functional mechanism of bio-diode



TJU1DD001.jpg

Model

1. Model design and construction


2. Model result

2.1 Model of Generator Cells
TJU4L1.jpgTJU4L2.jpgTJU4L.jpgTJU8P1.jpgTJU8P2.jpg
2.2 Model of Block Cells
TJU4j.jpgTJU4j2.jpg
2.3 Model of Amplifier Cells
TJU8P1.jpgTJU8P2.jpg
2.4 Model of whole system
TJUI.jpgTJUI1.jpgTJUI2.jpgTJUIJ.jpgTJUIJP.jpgTJUzf.jpg

Experiment

1.Datas and Graphs of Detector cells

2.Function of immobilized cells

3.Assembly of equipment