Team:Buenos Aires/ summary

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[[File:Icono_proyecto.jpg|frameless|border|left|150 px|caption]] <div id="inwiki">'''Contamination''' is a major and continuously growing worldwide problem. As only 2.5% of water is available for human consumption and just 1% of it supplies ecosystems and human populations, contamination in natural springs is a key issue to be addressed.
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At present, the spatial and temporal '''quantification of contaminants is limited''' by the difficulty in processing samples, remoteness of some of the locations and its associated costs. Moreover, the lack of centralization and systematization of data makes it very difficult to obtain accurate information. Our central goal is helping to solve this situation, that is why we thought of a '''biosensor that was cheap and easy to use''' by people without previous training or equipment.  
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<center style="font-family:'Vollkorn', serif; color: white;"> Wetlab work at UBA labs </center></div>
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|<html> <div id="inwiki"></html>[[File:bairesGrupal.jpg | link=Team:Buenos_Aires/_students]] <html></div></html>
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<center style="font-family:'Vollkorn', serif; color: white;">We chose for the chassis the cyanobacteria Synechocystis PCC 6803, because it is a photoautotroph and is regulated by circadian rhythms.</center></div>
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<center style="font-family:'Vollkorn', serif; color: white;">Using the lux operon and circadian promoters, we designed two plasmids: the Luciferase generator is to produce bioluminiscence, and the substrate generator recovers substainably the substrates necessary for the reactions.</center></div>
 
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<center style="font-family:'Vollkorn', serif; color: white;">We achieved to transform Synechocystis with the luciferase generator plasmid, and verificated light emission in a luminometer.</center></div>
 
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<center style="font-family:'Vollkorn', serif; color: white;">Al being lit by bioluminescent bacteria! </center></div>
 
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'''Arsenic''' is naturally present in soil and correspondingly in ground water in certain regions. '''Argentina, the United States, Bangladesh and Chile''' are on top of the list of countries with high natural arsenic concentration in certain zones ground water. Population without access to treated water living in these areas is '''exposed to Arsenic consumption'''. This derives in certain health complications such as skin lesions, skin, lung and bladder cancer, and gastro-intestinal and pulmonary disorders.
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'''Contamination''' is a major and continuously growing worldwide problem. As only 2.5% of water is available for human consumption and just 1% of it supplies ecosystems and human populations, contamination in natural springs is a key issue to be addressed.
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Crowdfunding video that explains the arsenic problem in a very intuitive manner(spanish version):
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At present, the spatial and temporal '''quantification of contaminants is limited''' by the difficulty in processing samples, remoteness of some of the locations and its associated costs. Moreover, the lack of centralization and systematization of data makes it very difficult to obtain information. Our central goal is to help solve this situation, so we thought of a '''biosensor that is cheap and easy to use''' by people without previous training or equipment.  
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<p><a href="http://vimeo.com/75360998">SensAR - Biosensores de Contaminacion en Agua basados en Biologia Sintetica</a> </p> </html>
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Crowdfunding video with english subtitles:
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[http://youtu.be/iiSu6424FC8 Video with english subtitles]
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'''Arsenic''' is naturally present in soil and ground water in certain regions. '''Argentina, the United States, Bangladesh and Chile''' are on the top of the list of countries with high natural arsenic concentration in ground water of certain zones. Population without access to treated water living in these areas is '''exposed to Arsenic consumption'''. This derives in certain health complications such as skin lesions, skin, lung and bladder cancer, and gastro-intestinal and pulmonary disorders.
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[[File:Mapa_mundial_arsenico.jpg | link=Team:Buenos_Aires/_motivation | center | 500px]]
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    <h1><img align="left" src="https://static.igem.org/mediawiki/2013/thumb/4/4e/Mapa_mundial_arsenico.jpg/500px-Mapa_mundial_arsenico.jpg" alt="Smiley face" height="400" width="600"></h1>
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    <h1><img src="https://static.igem.org/mediawiki/2013/thumb/9/96/Colecta_de_muestras_de_agua.jpg/800px-Colecta_de_muestras_de_agua.jpg" alt="Smiley face" height="400" width="600"> </h1>
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Latest revision as of 02:04, 29 October 2013

To Drink Or Not To Drink

caption
Contamination is a major and continuously growing worldwide problem. As only 2.5% of water is available for human consumption and just 1% of it supplies ecosystems and human populations, contamination in natural springs is a key issue to be addressed.

At present, the spatial and temporal quantification of contaminants is limited by the difficulty in processing samples, remoteness of some of the locations and its associated costs. Moreover, the lack of centralization and systematization of data makes it very difficult to obtain accurate information. Our central goal is helping to solve this situation, that is why we thought of a biosensor that was cheap and easy to use by people without previous training or equipment.


BairesGrupal.jpg



Arsenic is naturally present in soil and correspondingly in ground water in certain regions. Argentina, the United States, Bangladesh and Chile are on top of the list of countries with high natural arsenic concentration in certain zones ground water. Population without access to treated water living in these areas is exposed to Arsenic consumption. This derives in certain health complications such as skin lesions, skin, lung and bladder cancer, and gastro-intestinal and pulmonary disorders.


Crowdfunding video that explains the arsenic problem in a very intuitive manner(spanish version):

Sensar

SensAR - Biosensores de Contaminacion en Agua basados en Biologia Sintetica

Crowdfunding video with english subtitles:

[http://youtu.be/iiSu6424FC8 Video with english subtitles]


Arsenic destribution

Smiley face

Smiley face




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