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BIO DESIGN for the REAL WORLD
Welcome to BIO DESIGN for the REAL WORLD
- 2013 Course Description
- 2013 Project Expectations
- 2013 Spring Final Report
- 2014 Course Description
- 2014 Project Expectations
- 2014 Spring FINAL REPORT
- 2015 Course Description
- 2015 Project Expectations
- 2015 Spring FINAL REPORT
- 2015/report/debugging/box
- 2015/report/debugging/cell-lysis
- 2015/report/debugging/conclusion
- 2015/report/debugging/intro
- 2015/report/debugging/prototype
- 2015/report/debugging/scattering
- 2015/report/debugging/test
- 3D printing of the connector
- About open source hardware
- About the previous kit
- Aim of the project
- Arduino
- Background Arsenic
- Background coliform bacteria
- Background researches
- By hand making of the double cap
- CALL FOR ABSTRACTS
- CHDK
- code du prototype 2 avec la photoresistance
- code du prototype 2 avec le light to frequency
- Conclusion
- Conclusion
- Conclusions
- Data and Analysis
- Defining the optimal dimensions
- Design Criteria
- Documentation
- Enunciation of the problem and goals
- Experiments for LSS mOrange characterization
- First Circuits
- First experiment
- Fluorescence
- Future Directions
- Future Directions and Conclusion
- Future Directions and Conclusion
- Goals of the new kit
- Handling and Confinement
- Lab session and results
- Legacy applied to our project
- Legal aspect
- Meeting 2012.11.02
- Meeting Notes
- Modeling the double cap
- Motivation
- Music Box
- One word about GMO
- Open Projects
- PEOPLE
- Potential improvements
- Principle of our prototype
- Printing of the whole double cap
- Protocols
- Prototype I
- Prototype II
- RESOURCES
- Sealing the vials
- Second experiment
- TEAM 2013
- TEAM 2014
- TEAM 2015
- The Idea behind Sonification
- The prototype
- Tutorial
- Validation by the authorities, a step by step to go in the field
- Workflow of the double cap
- Working with a shield