Difference between revisions of "Team:Aix-Marseille/Perspectives"
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| − | {{Aix-Marseille|title= | + | {{Aix-Marseille|title=Perspectives}} |
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| − | + | [[File:T--Aix-Marseille--perspectives2.png|center]] | |
| − | + | The designing our project required a holistic approach. We had to consider not only the efficiency, the biosafety and security of our plan, but its societal impact as well. Thus, human practices was at the heart of our project. In only eight months of work, we have built a concrete idea of a trap to get rid of these worldwide vermins (bed bugs) that meets with the public desires and needs. However, we are still developing a prototype and the design requires optimization. | |
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| − | + | To this end, we have already begun to carry out tests, thanks to one of our collaborators, [http://www.crous-aix-marseille.fr/ Crous Aix-Marseille Avignon]. They had several apartments that were infested with bed bugs, and that have not been treated yet. For the moment, we only have tested the first version of our trap for a week. It is a bit too short period of time to have significant results. ''Beauveria bassiana'' requires about ten days to be fully effective. In the immediate, we must go further with these experiments. | |
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| − | + | Moreover, we chose to use biosynthesized pheromones (cost efficient) rather than the chemically produced ones. Living organisms represent a real potential and allow the massive production of pheromone cocktails and enzyme mix in one go. But for now, we have produced each component in different bacteria strains to test their activity. In a more '''medium-term perspective''', we should optimize the pheromone production by combining all synthesis pathways of all the pheromones in one single bacteria. | |
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| − | + | Once these improvements are completed, the culmination of the project will be to commercialize our trap in the '''longer term'''. | |
| − | + | In order to ensure this, we have partnered with two companies specialized in vermin treatment which are : | |
| − | + | #The specialist of pest control, [https://www.rentokil.com/ Rentokil]. They are already working on bed bugs and they contacted us after seeing one of our press article to collaborate on our mutual enemy.<br> | |
| + | #[http://www.cstb.fr/en/ CSTB] ('''T'''echnical '''B'''uilding '''S'''cience '''C'''enter) that we met at the [https://2018.igem.org/Team:Aix-Marseille/SHUC social housing union convention]. They are creating a detection technique for bed bugs. This would potentially have a 100 percent efficiency. Our project has drawn their attention because it only focuses on the next step of bed bugs elimination. Our trap is complementary to their work, that is why they have offered us a collaboration. Thus we will have the opportunity to develop and upgrade our trap with them. | ||
| − | + | '''Such collaborations will be crucial for a student team like us to bring our idea to the market.''' | |
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| − | + | [[File:T--Aix-Marseille--perspectives.png|800px|center]] | |
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Latest revision as of 21:55, 17 October 2018
Perspectives
The designing our project required a holistic approach. We had to consider not only the efficiency, the biosafety and security of our plan, but its societal impact as well. Thus, human practices was at the heart of our project. In only eight months of work, we have built a concrete idea of a trap to get rid of these worldwide vermins (bed bugs) that meets with the public desires and needs. However, we are still developing a prototype and the design requires optimization.
To this end, we have already begun to carry out tests, thanks to one of our collaborators, Crous Aix-Marseille Avignon. They had several apartments that were infested with bed bugs, and that have not been treated yet. For the moment, we only have tested the first version of our trap for a week. It is a bit too short period of time to have significant results. Beauveria bassiana requires about ten days to be fully effective. In the immediate, we must go further with these experiments.
Moreover, we chose to use biosynthesized pheromones (cost efficient) rather than the chemically produced ones. Living organisms represent a real potential and allow the massive production of pheromone cocktails and enzyme mix in one go. But for now, we have produced each component in different bacteria strains to test their activity. In a more medium-term perspective, we should optimize the pheromone production by combining all synthesis pathways of all the pheromones in one single bacteria.
Once these improvements are completed, the culmination of the project will be to commercialize our trap in the longer term. In order to ensure this, we have partnered with two companies specialized in vermin treatment which are :
- The specialist of pest control, Rentokil. They are already working on bed bugs and they contacted us after seeing one of our press article to collaborate on our mutual enemy.
- CSTB (Technical Building Science Center) that we met at the social housing union convention. They are creating a detection technique for bed bugs. This would potentially have a 100 percent efficiency. Our project has drawn their attention because it only focuses on the next step of bed bugs elimination. Our trap is complementary to their work, that is why they have offered us a collaboration. Thus we will have the opportunity to develop and upgrade our trap with them.
Such collaborations will be crucial for a student team like us to bring our idea to the market.
