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Team:Imperial College London/Project Gene Future
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| - | <p>1. 16s rRNA of the bacteria grown up from sterile and non-sterile soil will be sequenced to determine the bacterial species present. | + | |
| - | <p>2. Replicates of the soil experiment will be analysed for expression of sfGFP.</p> | + | <p><b>1. 16s rRNA of the bacteria grown up from sterile and non-sterile soil will be sequenced to determine the bacterial species present.</b> |
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<h2>Long-term plans</h2> | <h2>Long-term plans</h2> | ||
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| - | <p>3. Alternative to antibiotic resistance </p> | + | |
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| + | <p><b>3. Alternative to antibiotic resistance </b></p> | ||
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Revision as of 20:04, 21 September 2011
Module 3: Gene Guard
Containment is a serious issue concerning the release of genetically modified organisms (GMOs) into the environment. To prevent horizontal gene transfer of the genes we are expressing in our chassis, we have developed a system based on the genes encoding holin, anti-holin and endolysin. We are engineering anti-holin into the genome of our chassis, where it acts as an anti-toxin, and holin and endolysin on plasmid DNA. In the event of horizontal gene transfer with a soil bacterium, holin and endolysin will be transferred without anti-holin, rendering the recipient cell non-viable and effectively containing the Auxin Xpress and Phyto-Route genes in our chassis.
Future Work
To carry on the work on the Gene Guard module, there are a number of steps we would take in the immediate future and others that form part of our long term plan.
Short-term plans
1. 16s rRNA of the bacteria grown up from sterile and non-sterile soil will be sequenced to determine the bacterial species present.
2. Replicates of the soil experiment will be analysed for expression of sfGFP.
3.
Long-term plans
1.
2.
3. Alternative to antibiotic resistance
