Lab1

The students brainstormed ideas on project goals and ideas. After briefing many ideas, the students and Mike ultimately decided to bring a “sense and attack” approach to the project. In theory, the module would be able to move naturally towards jet fuel biofilms via chemotaxis, and a higher concentration of biofilms would allow the module to swim towards biofilms before attacking the biofilm and nullifying it before it destroys the jet fuel. Researchers and students alike were excited at the idea and eager to begin the research.

Lab 2

Lab1

In an effort to reintroduce the students the lab after the break, they began the day by making LB Media. This was also another way to ingratiate the new members of the team to become familiar with real world lab experience and excite them in pursuing the project. Later, the students spent time researching possible project ideas and ways of utilizing quorum sensing and chemotaxis. They spent the day researching in literature and beginning preliminary wiki work.

Lab 2

Lab1

The students spent most of the day brainstorming ideas in order to host a meet-up for nearby iGEM teams. At the meeting with their mentor, the students discussed the viability of different “search and attack” mechanisms and current research being done to possibly implement into the project. The team brainstormed and looked into different ways of being able to sense fungi.

Lab 2

Lab1

The LabPats began the day by making plates with chloramphenicol resistance. The students plated their old E. coli cells from last year and letting it settle in incubation. Later in the afternoon, the students and mentors discussed the viability of their project idea and creating a basic plasmid outline to begin sequencing through IDT.

Lab 2

Lab1

Early in the morning the students listened to a presentation given by Vanessa about fungal contamination on aircraft. The students were very excited as they themselves were working with biofilm contamination in aircraft fuel tanks and it was very eye-opening to listen to their own mentors talk about her own research in the area. The students were able to learn a lot and absorbed new information on how to approach their project and design their own plasmid module. Next, the plates with the old colonies from last year were put in the fridge to be grown as a cell culture on Monday. Afterwards the students began introductory MatLab courses on modelling and how to model synthetic biology in order to enhance their project this year.

Lab 2

Lab 1

Lab 2