Team:TU Delft-Leiden/WetLab/landmine/cloning/yqjF and ybiJ

General Overview

A summarizing description of project ELECTRACE

Life Science

Scientific foundations and construction and characterization of BioBricks

Microfluidics

Design and use of microfluidics

Gadget

Working towards a portable biosensor

Parts

New BioBricks submitted to the Registry

Safety

Handling of GMOs and relevant chemicals

Brainstorming

Find out how our iGEM team picked the topic

Notebook

All details on the labwork

Modeling Overview

Discussion of what we did and our results

Curli Module

Modeling of the conductive curli module

EET Module

Modeling of the Extracellular Electron Transport module

Landmine Module

Modeling of the landmine detection module

Interaction with Life Science and Microfluidics

Discussion of the interactions we had with the Life Science and Microfluidics departments of our team

Modeling Methods

Discussion of several methods we used in the modeling of the modules

Code Repository

Here you can download the Matlab scripts we made

Overview

ELECTRACE

Application, potential, advantages and issues

Case study: Landmines

ELECTRACE applied to the detection of landmines

Interviews with stakeholders

Opinions about ELECTRACE and synthetic biology

Outlook

Synbio issues and possible solutions

Outreach

Interaction with the general public

Meet our team

Students and advisors

Attributions

Individual contributions

Acknowledgments

Individuals providing help & advice

Sponsors

Faculties, departments, companies etc. who funded our work

Collaborations

Support of other iGEM teams

Media

Public attention (newspapers, journals, interviews) of our project