Team:Madrid-OLM
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Abstract
Society demands a better understanding of its environment. We require information about our surroundings, from the traffic density to the temperature distribution in the city we live. Generating and interconnecting this big amount of data is what we call the Internet of Things (IoT). There is no standard way of taking biological measurements within the frame of traditional IoT (i.e. the concentration in the air of viruses, toxins, allergens, etc). It is due to the instability of the reactives, the complexity of automating the laboratory protocols and the need of highly sensitive devices. Additionally, the economic cost of biological devices is remarkably high in comparison to traditional IoT gadgets. And this feature is key, as it is mandatory to extract data from a huge number of nodes. Our project deals with this issue, bringing together microfluidics, aptamer-based sensors, an affordable electrochemical metrological system and a big ammount of love.
Origin of the idea Description of the proyectHuman Practices
Aqui ponemos dos divisiones para explicar en resumen los 2 HP que hemos hecho. Posibilidad de poner foto como en el meet the team.
Human Practices Education and Engagements CollaborationsLab
Lab work is the heart of every single iGEM project. Read about our workflow, the methods we used and how we spent most of our time.
To the labAwards
Posible muestra de los premios a los que nos presentamos. Principalmente Hardware, asi que no se si repetirlo o omitir este apartado.
Hardware
Around the Team
Here you can meet the team members and all the people who makes this proyect possible.
About the Team SponsorsAttributions