Difference between revisions of "Team:BNU-CHINA"

 
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{{BNU-CHINA/wrapper |9/91/BNU_CHINA-home-1|BNU-CHINA|Synthetic Intelligent Ranger <em>E. coli</em> for Nematodes. |14|background-image:linear-gradient(-180deg, #FFFFFF 0%, #FFFFFF 60%, #A88F7B 100%);|border:none;font-family: 'Computer Modern Serif', serif;box-shadow:none;background:none;text-align: center;font-size:36px;line-height:48px;font-weight:700;padding: 0 0}}
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{{BNU-CHINA/wrapper |9/91/BNU_CHINA-home-1|BNU-CHINA|Synthetic Intelligent Ranger <em>E. coli</em> for Nematodes. |14|background-image:linear-gradient(-180deg, #FFFFFF 0%, #FFFFFF 60%, #A88F7B 100%);|border:none;font-family: 'Computer Modern Serif', serif;box-shadow:none;background:none;text-align: center;font-size:36px;line-height:48px;font-weight:700;padding: 0 0 }}
 
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{{BNU-CHINA/wrapper |0/0b/BNU_CHINA-home-2|BACKGROUND|Plant-parasitic nematodes which are ususlly too tiny to catch sight of, cause serious losses to agricultural crops worldwide. And over 5000 species of 200 genus can parasitize the roots, stems, leaves, flowers, buds and seeds of manifold plants widely. |72|background-image:linear-gradient(-180deg, #A88F7B 0%, #291E16 50%, #291E16 100%);}}
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{{BNU-CHINA/wrapper |0/0b/BNU_CHINA-home-2|BACKGROUND|Plant - parasitic nematodes which are usually too tiny to catch sight of have caused serious losses to agricultural crops worldwide. Over 5000 species of 200 genus can parasitize various organs of manifold plants widely. According to incomplete statistics, the losses caused by pathogenic nematodes can reach $100 billion every year worldwide. |72|background-image:linear-gradient(-180deg, #A88F7B 0%, #291E16 50%, #291E16 100%);|url=/Team:BNU-CHINA/Project}}
 
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{{BNU-CHINA/wrapper |c/c8/BNU_CHINA-home-3|BAIT & KILLER|In our project, we designed three modules to attract and poison plant-parasitic nematodes. The <em>E.coli</em> would express attractant to allure nematodes when exposed to light, and  express toxin to kill them as a result of the promoter’s reverse in the dark.|37.5}}
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{{BNU-CHINA/wrapper |c/c8/BNU_CHINA-home-3|BAIT & KILLER|In our project, we designed three modules to attract and poison plant-parasitic nematodes. The <em>E.coli</em> would express attractant to allure nematodes when exposed to light, and  express toxin to kill them as a result of the promoter’s reverse in the dark.|38.5|url=/Team:BNU-CHINA/Module}}
 
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{{BNU-CHINA/wrapper |7/73/BNU_CHINA-home-4|DEVICE|Assuming there is a farmland, gas diffusion model and nematodes’ movement analogue simulation are used to find the best position where the device should be placed. And a database is built to enlarge the range of our application to kill more different pests.|20}}
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{{BNU-CHINA/wrapper |7/73/BNU_CHINA-home-4|DEVICE|We designed a device with engineering bacteria inside, which can be placed in soil to attract and kill nematodes. We took advantage of gas diffusion and nematodes’ movement analogue simulation to find the best position for the device to be placed in an assuming farmland. And a database is built to broaden the scope of our applications.|20|url=/Team:BNU-CHINA/Design}}
 
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{{BNU-CHINA/wrapper |b/b6/BNU_CHINA-home-5|POLICY & PRACTICE|According to our survey, the farmer did not realize the damage of nematodes and we gave some suggestions to them. We interviewed related experts, dropped in the countryside, analyzed the soil sample, communicated with other teams and did assistance.| 58.5}}
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{{BNU-CHINA/wrapper |b/b6/BNU_CHINA-home-5|POLICY & PRACTICE|According to our survey, the farmer had not realize the damage of nematodes and we gave some suggestions to them. We interviewed related experts, dropped in the countryside, analyzed the soil sample, communicated with other teams and did assistance.|58.5|url=/Team:BNU-CHINA/Practices}}
 
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Latest revision as of 16:24, 18 September 2015

Team:BNU-CHINA - 2015.igem.org