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Team:Evry/Policy and Practices/Safety/Intro
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| - | Our biodetection system is composed of a sea sponge and of a genetically modified bacteria strain that lives inside this sponge. | + | <p> |
| + | Our biodetection system is composed of a sea sponge and of a genetically modified bacteria strain that lives inside this sponge. During our research, we have often wonder about the best way to safely contain our modified bacteria if Sponge Patrol was ever to be used by industrials or water treatment plants, and thought about many problems and several potential solutions. | ||
<br>In order to safely contain the bacteria out of the environment, we could put them in a hermetic aquarium, with a filtration system that doesn't let any bacteria leave the aquarium. We would then need to put samples of the water we want to test in the aquarium. | <br>In order to safely contain the bacteria out of the environment, we could put them in a hermetic aquarium, with a filtration system that doesn't let any bacteria leave the aquarium. We would then need to put samples of the water we want to test in the aquarium. | ||
| - | <br>But we also thought of other ways to use our sponge-bacteria system, such as releasing them in the oceans in regions that are likely to contain important concentrations of pollutants. The release of Genetically Modified Micro-Organisms (GMMO) in the environment is very controversial though, as it raises several safety issues. As of yet, there has been no legal release of GMMO in the oceans. But then we thought of a new possible way to contain the GMMO: what if we designed | + | <br>But we also thought of other ways to use our sponge-bacteria system, such as releasing them in the oceans in regions that are likely to contain important concentrations of pollutants. The release of Genetically Modified Micro-Organisms (GMMO) in the environment is very controversial though, as it raises several safety issues. As of yet, there has been no legal release of GMMO in the oceans. But then we thought of a new possible way to contain the GMMO: <strong>what if we designed an epibiosis strain of Pseudovibrio denitrificans, such that it would not be dependent from its host and unable to live away from it? Would such an epibiosis be a safe containment system?</strong> |
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| - | <br>In order to better understand the legal and safety issues related to the release of GMMO in sea water, and to define whether | + | <br>In order to better understand the legal and safety issues related to the release of GMMO in sea water, and to define whether epibiosis could be an efficient containment system of GMMO, we digged into the litterature and discussed those points together. |
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| - | <li> < | + | <li> <h6>What are the risks involved in the release of GMMO in the oceans?</h6></li> |
| - | <li> < | + | <li> <h6>Can epibiosis be an efficient containment system?</h6></li> |
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Latest revision as of 03:56, 18 October 2014
Safety issues
related to the use of Pseudovibrio denitrificans in water
and in Spongia officinalis
Our biodetection system is composed of a sea sponge and of a genetically modified bacteria strain that lives inside this sponge. During our research, we have often wonder about the best way to safely contain our modified bacteria if Sponge Patrol was ever to be used by industrials or water treatment plants, and thought about many problems and several potential solutions.
In order to safely contain the bacteria out of the environment, we could put them in a hermetic aquarium, with a filtration system that doesn't let any bacteria leave the aquarium. We would then need to put samples of the water we want to test in the aquarium.
But we also thought of other ways to use our sponge-bacteria system, such as releasing them in the oceans in regions that are likely to contain important concentrations of pollutants. The release of Genetically Modified Micro-Organisms (GMMO) in the environment is very controversial though, as it raises several safety issues. As of yet, there has been no legal release of GMMO in the oceans. But then we thought of a new possible way to contain the GMMO: what if we designed an epibiosis strain of Pseudovibrio denitrificans, such that it would not be dependent from its host and unable to live away from it? Would such an epibiosis be a safe containment system?
In order to better understand the legal and safety issues related to the release of GMMO in sea water, and to define whether epibiosis could be an efficient containment system of GMMO, we digged into the litterature and discussed those points together.
-
What are the risks involved in the release of GMMO in the oceans?
-
Can epibiosis be an efficient containment system?
