Team:TU-Munich/Project/Killswitch
From 2013.igem.org
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== Red light triggered self-destruction – a new mechanism preventing uncontrolled spread of transgenic plants == | == Red light triggered self-destruction – a new mechanism preventing uncontrolled spread of transgenic plants == | ||
- | === Background & | + | === Background – Why generating a plant which kill itself under certain conditions? === |
=== Our solution – a red light-triggered autokill system === | === Our solution – a red light-triggered autokill system === | ||
- | ==== PhyB | + | ==== PhyB - PIF3/PIF6 interaction under red light exposition ==== |
+ | <div class="box-right">Phytochrome B (abbrev.: PhyB) is a plant adölfkjadölkfjafölkjasfölkasjdf</div> | ||
==== Reconstitution of Split-TEV-Protease ==== | ==== Reconstitution of Split-TEV-Protease ==== | ||
==== Liberation of membrane-anchored nuclease and nuclear translocation ==== | ==== Liberation of membrane-anchored nuclease and nuclear translocation ==== | ||
==== Disruption of the genetic material and programmed cell-death ==== | ==== Disruption of the genetic material and programmed cell-death ==== | ||
+ | === Design of our construct === | ||
+ | === Results === | ||
<div class="box-center">Text</div> | <div class="box-center">Text</div> | ||
<div class="box-left">Text</div> | <div class="box-left">Text</div> |
Revision as of 17:56, 4 September 2013
Red light triggered self-destruction – a new mechanism preventing uncontrolled spread of transgenic plants
Background – Why generating a plant which kill itself under certain conditions?
Our solution – a red light-triggered autokill system
PhyB - PIF3/PIF6 interaction under red light exposition
Phytochrome B (abbrev.: PhyB) is a plant adölfkjadölkfjafölkjasfölkasjdf
Reconstitution of Split-TEV-Protease
Liberation of membrane-anchored nuclease and nuclear translocation
Disruption of the genetic material and programmed cell-death
Design of our construct
Results
Text
Text
figure
References:
- [Edens et al., 1984] Edens, L., Bom, I., Ledeboer, A. M., Maat, J., Toonen, M. Y., Visser, C., and Verrips, C. T. (1984). Synthesis and processing of the plant protein thaumatin in yeast. Cell, 37(2):629–33.
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