Team:XMU-China/Content2

From 2013.igem.org

(Difference between revisions)
Line 66: Line 66:
<!-- END WRAPPER -->      
<!-- END WRAPPER -->      
-
<div id="wrapper1">
+
<div id="wrapper">
<style>
<style>
#wrapper1 {background:#cfffcd}
#wrapper1 {background:#cfffcd}
Line 104: Line 104:
<!-- END WRAPPER -->    
<!-- END WRAPPER -->    
-
<div id="wrapper2">
+
<div id="wrapper">
<style>
<style>
#wrapper2 {background:#ffdcb2}
#wrapper2 {background:#ffdcb2}
Line 142: Line 142:
<!-- END WRAPPER -->    
<!-- END WRAPPER -->    
-
<div id="wrapper3">
+
<div id="wrapper">
<style>
<style>
#wrapper2 {background:#fccccc}
#wrapper2 {background:#fccccc}

Revision as of 15:11, 21 September 2013

LinkUp - Multipurpose HTML Template

XMU-iGEM 2013

Biome

First

By constructing robust circuits in E.coli, we want to build a gene network capable of synchronizing genetic oscillations in multiple levels. Cells can be synchronized at the colony level via quorum sensing, and a gas-phase redox will be signaling (mainly H2O2) between colonies simultaneously. Two scales of coupling ensured extremely consistent oscillations.

XMU-iGEM 2013

Biome

First

By constructing robust circuits in E.coli, we want to build a gene network capable of synchronizing genetic oscillations in multiple levels. Cells can be synchronized at the colony level via quorum sensing, and a gas-phase redox will be signaling (mainly H2O2) between colonies simultaneously. Two scales of coupling ensured extremely consistent oscillations.

XMU-iGEM 2013

Biome

First

By constructing robust circuits in E.coli, we want to build a gene network capable of synchronizing genetic oscillations in multiple levels. Cells can be synchronized at the colony level via quorum sensing, and a gas-phase redox will be signaling (mainly H2O2) between colonies simultaneously. Two scales of coupling ensured extremely consistent oscillations.

XMU-iGEM 2013

Biome

First

By constructing robust circuits in E.coli, we want to build a gene network capable of synchronizing genetic oscillations in multiple levels. Cells can be synchronized at the colony level via quorum sensing, and a gas-phase redox will be signaling (mainly H2O2) between colonies simultaneously. Two scales of coupling ensured extremely consistent oscillations.