Team:Osaka/MOTILITY

From 2009.igem.org

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Motile cells, such as ''Escherichia Coli'' and ''Salmonella typhimurium'' swim by means of flagella. So, we can regard cells as biological paints, ColorColi, that can move automatically. Although we can create a lot of artworks(you can see our works at [[WORKS]] by using innate motility of cells, engineering cells motility should expand the application of ColorColi in Art.
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　Motile cells, such as ''Escherichia Coli'' and ''Salmonella typhimurium'' swim by means of flagella. So, we can regard cells as biological paints, ColorColi, that can move automatically. Although we can create a lot of artworks(you can see our works at <a href="">WORKS</a> by using innate motility of cells, engineering cells motility should expand the application of ColorColi in Art.
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　This year, we aim to stop
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     <p>Under construction<br><br></p>  

Revision as of 05:38, 10 October 2009

Home of iGEMOSAKA wiki

MOTILITY

Overview

Under construction

Object

　Motile cells, such as ''Escherichia Coli'' and ''Salmonella typhimurium'' swim by means of flagella. So, we can regard cells as biological paints, ColorColi, that can move automatically. Although we can create a lot of artworks(you can see our works at WORKS by using innate motility of cells, engineering cells motility should expand the application of ColorColi in Art. 　This year, we aim to stop

Under construction

Implement

Under construction


Link title

Retrieved from "http://2009.igem.org/Team:Osaka/MOTILITY"