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<a href="https://static.igem.org/mediawiki/2013/thumb/0/01/B2.jpg/800px-B2.jpg">Project</a>

<li> We aim to build a quantitative modular Biosensor for detecting

toxic agents in water</li>

<li><a class="sub_menu_link" id="Obj" href="#nada">Objetive</a></li>

<li><a class="sub_menu_link" id="Mot" href="#nada">Motivation</a></li>

<a href="https://static.igem.org/mediawiki/2013/thumb/b/b3/B4.jpg/800px-B4.jpg">Team</a>

<div class="texto" id="textObj">

<p> The project will focus on the <b>development of a specific water biosensor </b>, but with a modular and scalable approach. Thereby you could easily afford multiple measurements with the very same device.</p>

<p>The device will be designed in a way that its collected data will be easily accessible via a web interface, and later it could be transferred to the relevant agencies upon request. </p>

<p> At the end of this project we expect to have a prototype of measuring device and a diagram of a system for the distribution, collection and centralization of data. </p>  

<p> The project will focus on the measurement of a primary pollutant: <b> arsenic </b>. However, its <b>modular and scalable design</b> provides an easy way for incorporate various contaminants already identified, such as nitrate / nitrite, lead and hydrocarbons. </p>

<p>With the data collected is expected that <b>any user with minimal training</b> (image-based Instruction) can easily and quickly determine the <b>presence and level of the contaminant</b> on his water consumption. Also with the systematic use of this tool by the enforcement authorities, can implement specific public policies based on current and reliable information.</p>

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<div class="texto" id="textMot">  

<H1>Motivation</H1>

<p>Limited access to clean water is a deep problem and <b>tends to worsen with time</b>. The pollution that converts water in non-drinkable can vary from just a single toxic (eg arsenic) to a highly complex mixture of types of substances such as those found in various river basins (eg Sali-Dulce, Matanza-Riachuelo among others).</p>  

<p>Depending on the type of contamination (complexity and abundance),  making  the water to be drinkable could be <b>easy and inexpensive</b>. Even if it weren't possible to make it drinkable, information on pollutant levels could be easily used to modify consumption patterns and seek alternative sources of water.</p>

<p>At present, the spatial and temporal quantification of contaminants is limited by the difficulty in processing the samples and associated costs. Moreover, the lack of centralization and systematization of data does the task of obtain them by decision makers, stakeholders and the general public, very difficult.</p>   

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