Difference between revisions of "Team:Madrid-OLM/Demonstrate"

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                             <p class="lead">To get there, we had to test four different and correlated sections:</p>
 
                             <p class="lead">To get there, we had to test four different and correlated sections:</p>
 
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                            <p class="lead">Last year, we have been working on how to solve these issues, and now, we are proud to share with you our final working solutions:</p>
 
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                                 <a class="btn btn--primary-2 btn--sm type--uppercase" href="https://2018.igem.org/Team:Madrid-OLM/HardawareMicrofluidics">
 
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Revision as of 10:40, 16 October 2018

Madrid-OLM

Demostrate

Demostrate

Our initial idea has always been to implement a feasible way of getting to what we have called “the Internet of BioThings”.

LINK A OUR VISION. IoBT

To get there, we had to test four different and correlated sections:

  1. Being able to obtain accurate protein concentration data from the environment.

  2. Automating the protocol of analysis for ease of measurement replication and calibration.

  3. Uploading the data obtained to the cloud in real time.

  4. Designing a scalable process looking forward to integrating eventually new target molecules.

Last year, we have been working on how to solve these issues, and now, we are proud to share with you our final working solutions:

    Microfluidics

  1. Helping future teams to discover more and more aptamers through a new SELEX protocol based on 3D printed nitrocellulose columns.

    2. Selex Protocol

  2. Developing a new quantitative method for aptamer characterization, improving the earlier semi-quantitative ways.

    3. Aptamer Characterization

  3. Establishing a simple and cost-effective method to make electrochemical measurements of protein concentration with aptamers.

    4. Binding to electrode

  4. Integrating all the technologies in our final design, which is an automated device for aptasensing, easily replicable as long as it is made with digital fabrication techniques.

    5. Final Prototype