Template:Imperial/09/Overview
From 2009.igem.org
(Difference between revisions)
Line 97: | Line 97: | ||
font-size:12pt; | font-size:12pt; | ||
font-face:Arial; | font-face:Arial; | ||
- | padding: | + | padding:15px; |
} | } | ||
dl#cartoonmap dd#ph a:hover span{ | dl#cartoonmap dd#ph a:hover span{ |
Revision as of 12:51, 20 October 2009
- Growth
-
GrowthWe are growing the cells to a desired OD of 0.7 in order to ensure that there are enough cells to produce a wanted amount of proteins
- Module 1: Protein Production
-
Module 1: Protein ProductionThe first module is induced with IPTG and triggers the production of the protein of interest. As part of this project we have looked into two proteins and a peptide of interest.
- Module 2: Encapsulation
-
Module 2: EncapsulationThis second module is where the bacterium, after having produced the peptide of interest, produces colanic acid thus creating a protecting layer around itself to shelter it from the acidity of the stomach.
- Module 3: Genome deletion
-
Module 3: Genome deletionModule 3 occurs after encapsulation of the bacterium containing the produced peptide of interest. This module has the purpose of making the bacterium non viable. It does so by over-expressing restriction enzymes which subsequently cleave the genomic DNA into small fragments. The bacterium is thus unable to produce any proteins and therefore unable to survive.
- Chemoinduction
-
ChemoinductionChemoinduction content
- Autoinduction
-
AutoinductionAutoinduction content
- Thermoinduction
-
ThermoinductionThermoinduction content
- Another
-
Time RegulationUsing oscillators to measure time, it enables detachment from the small intestine after a certain amount of time.