Team:TU Delft-Leiden/Attributions

Anamaria -Team leader, has been setting-up the team, has created the timeline and had on overview on the main deadlines, established the communication channels for the team, has facilitated the general meetings (more than 60 in total), ensured the communication flow between the team members, advisors and other related stakeholders and supervised the overall activity of the team. In addition, she was organizing the mid-term presentations of our project. She was a key member in the fundraising process (by contributing to the content of our booklet, contacted companies, departments and other organizations), and was actively involved in the Policy& Practice department. Next, she provided support in writing the safety report and helped other departments, including the realization of the microfluidics device, measuring set-up for the curli resistance, small lab tasks.

Anton - Modeling Manager.
My responsibilities were managing the modeling efforts of our team together with Mathijs. I did a lot of modeling myself as well. Also, I helped with fundraising and coding of our wiki.

Marielle - Personal contributions to the underlying project center on an exploratory literature study of carbon metabolism and protein chemistry with respect to (extracellular) electron transport as well as implementation of experimental techniques regarding, amongst others, cloning. These techniques include handling DNA and genes as discrete elements, understanding experimental processes and subsequently improving experimental setup, transforming one species of bacteria to another followed by exploration of (new / gained) functions and overall: approaching challenges multidisciplinary.

Cristy - Lab Manager
My personal contribution in the beginning of the project was reading articles and help with the implementation of ideas. During the project, I was also concerned with the understanding of the experimental processes and experimental setup. In the lab, I was mainly focused on the ET module. For this module and partly for the other modules, I did a lot of cloning and transformations. I was also involved in the characterization of the ET module and the implementation of these results. As a lab manager, one activity is taking care of the organization in the lab, so that everyone could work efficiently. Another activity was organizing labmeetings for the people who worked in the lab, to keep each other updated about the labwork. I also wrote a lot of protocols and wrote about the ET module for the wiki page. Outside the science and lab part, I also was involved in the fundraising process by contacting companies and organizations.

Duco – Policy&Practice Manager
In my role as Policy&Practice Manager, I conducted interviews with BDS,KMRD,EODD, and PAX and wrote the respective reports. Besides that, I’ve prepared, presented at, and reported on the RIVM meeting. I conducted the “Desk study concerning landmines” and I’ve written the Policy&Practice wikipages Overview, ELECTRACE, Outlook, and Outreach (except “Dutch National Meet-up”). Also, I prepared the stand at the Zomerfestival. Besides my P&P efforts, I’ve been involved in the modeling of the Landmine Module, the Deterministic Model of EET Complex Assembly, and, to a lesser degree, the FBA. I’ve also written the piece Techniques#DeterministicTheory. As for characterization, I’ve converted most of the raw data to figures.

Tomek – Science manager
I was involved in the design of the biobricks and cloning routes used to obtain them as well as the cloning-experiments themselves. I was responsible for the design and manufacturing of the Dropsens fluidics device, and the paper microfluidics and for the manufacturing of the Mother Machine as well as the use of these devises in experiments. I designed, wrote protocols, reported on and performed the bioreactor, congo red, crystal violet and Gold Nanoparticle experiments. I prepared and attended the RIVM meeting and the BDS interview together with Duco

Anne - Science Manager
Literature study on Electron Transport, Conductive Curli and Landmine Detection to make a general experimental set-up. Develop cloning strategies including primer design for the Electron Transport, Conductive Curli and Landmine Detection modules. Cloning of BioBricks, including the Golden Gate Assembly for the BioBricks in the Electron Transport and Conductive Curli modules. Characterization of the Electron Transport BioBricks.