Team:Tokyo Tech

From 2012.igem.org

(Difference between revisions)
Line 32: Line 32:
comments end -->
comments end -->
<!--- The Mission, Experiments --->
<!--- The Mission, Experiments --->
 +
 +
<H1 align=center><font size=32 color=blue> Team:Tokyo Tech</font></H1>
 +
<H2 align=center><p>Project No.1:water repellent finishing</p></H2>
 +
<br>
 +
 +
PHA is a kind of bio-plastic produced by microbes.It's standard extract can be got after being dissolved in chloroform. It is still a technical challenge to shape PHA because of it's fragility, so we thought of one way to use PHA without shaping it.It is PHA's property of water-repellent. According to the equation of Yang and Wenzel, the bigger the surface area is, the stronger the water-repellency can get. Hence, our goal is to stick PHA on weak water-repellent membrane in order to achieve stronger water-repellency.
 +
 +
<br>
 +
 +
<H2 align=center><p>Project No.2:Romeo and Juliet</p></H2>
 +
<br>
 +
 +
Love is like a butterfly. It goes where it pleases and it pleases where it goes. Summer comes and the season of love comes! However, we want to do something special in this summer. We decide to make ''E.Coli'' love like human! In order to achieve this idea, we focused on cell-cell communication between two ''E.Coli''. We are aiming for that by two types of cell-cell communication signals, ''E.Coli'' will be starring in 「Romeo and Juliet」which is among Shakespeare's most popular plays.
 +
 +
<br>

Revision as of 14:29, 14 July 2012



Team:Tokyo Tech

Project No.1:water repellent finishing


PHA is a kind of bio-plastic produced by microbes.It's standard extract can be got after being dissolved in chloroform. It is still a technical challenge to shape PHA because of it's fragility, so we thought of one way to use PHA without shaping it.It is PHA's property of water-repellent. According to the equation of Yang and Wenzel, the bigger the surface area is, the stronger the water-repellency can get. Hence, our goal is to stick PHA on weak water-repellent membrane in order to achieve stronger water-repellency.


Project No.2:Romeo and Juliet


Love is like a butterfly. It goes where it pleases and it pleases where it goes. Summer comes and the season of love comes! However, we want to do something special in this summer. We decide to make E.Coli love like human! In order to achieve this idea, we focused on cell-cell communication between two E.Coli. We are aiming for that by two types of cell-cell communication signals, E.Coli will be starring in 「Romeo and Juliet」which is among Shakespeare's most popular plays.



Home Team Official Team Profile Project Parts Submitted to the Registry Modeling Notebook Safety Attributions