Difference between revisions of "Team:Munich/Attributions"

The iGEM competition demands a lot of work in terms of project planning, research, programming, fundraising, human practices and wet lab experiments. Because we are a team with a diverse background, we divided tasks to best match our member's experience and interests. Sometimes, that meant doing what we do best; other times, it meant learning something new. When difficulties arose, we turned to our supervisors for help and guidance. Here, we would like to credit our team members for the specific roles they played into making CascAID. Also, we would like to thank our supervisors and external help for their important contributions to our project.

Molecular cloning

Due to our background, most of us had experience in molecular cloning and thus almost every student helped with it in some way. However, most of the work for the Cas13a expression in E. coli was done by Ludwig and Christoph. The BioBricks were done by Rob and Max, who also cloned the constructs needed for the Intein-Extein read-out. The parts for the AeBlue read-out were done by Florian and Christoph. All the gene and primer design were done by the above-mentioned students and reviewed by our supervisor Aurore.

Protein purification

Our three Cas13a proteins: Lsh, Lwa and Lbu, were purified thanks to the hard work of Ludwig, Max, Sven and Milica, who along with Aurore's feedback designed and cloned the parts necessary for the addition of the TEV-target-sequence. Dr. Sandra Sagredo, a Postdoc at Prof. Simmel´s group, introducted them to the Äkta Purification System.

Targets

The original idea of using 16S rRNA from E. coli as a target for our initial experiments came from our supervisor Aurore. Our pathogen targets were chosen and designed by Dawafuti. Kilian Vogele, a PhD student from Prof. Simmel´s group, kindly provided us with the viral target sequences.

RNA extraction

We tried several approaches for extracting RNA: Julian and Patrick did multiple experiments to use beads to bind RNA; Jorge experimented with the FINA extraction method (McFall et al., 2015) and tried to adapt it for RNA extraction; and Dawafuti and Julian also experimented with RNA extraction for different targets and purification methods for detection with Cas13a.

Colorimetric read-outs

As we considered colorimetric readouts for CascAID, our supervisor Jeffery helped us brainstorm and suggested two interesting options: aeBlue and the Intein-Extein readout. The initial cloning for the first option was done by Christoph and Florian performed all main experiments. For the Intein-Extein system, Max, with help from Sven, did most of the cloning and experiments. Rob worked on the Gold Nanoparticles readout with help from Kilian Vogele, a PhD student in Prof. Simmel´s group. Kilian also kindly gave us some linker sequences necessary for testing this readout.

Fluorescent read-out

Igor optimized the RNAseAlert v2 system and cleavage Assays with the in vitro targets and different Cas13a proteins in the plate reader. Dawafuti did experiments with the different targets and the Cas13a-Lbu using the plate reader. She, together with Sven and Rob, tried different targets on paper. Our supervisor Lukas showed them how to use the plate reader and always provided great guidance.

Lyophilization

The lyophilization of both Cas13a and other components, was done by Rob, who contacted Lady's name for guidance and equipment. With her support, Rob was able to use the “specific name of the equipment” at the Lady's institute to make the lyophilization experiments.

Interlab

Erika and Dawafuti were in charge of the InterLab Study. They received an introduction to the Plate Reader and help setting the protocol for the measurements from our instructor Lukas. They both created the devices, did the measurement experiments, and processed the data.

Hardware

Our hardware team consisted of four students: Katzi, Matthias, Sven and Max. Our fluorescence detector "Lightbringer" was conceived, designed and built by Katzi and Matthias, while Sven and Max developed "Heatbringer", the thermocycler. Along the way, our supervisors Lukas and Benjamin gave valuable input and feedback. Julia Müller und Marisa Götzfried, both PhD students in Prof. Simmel lab, helped our hardware team by giving tips regarding 3D-printing and circuit design. Jerome Lutz, from UnternehmerTUM, also helped us by giving us access to the awesome parts library in UnternehmerTUM's MakerSpace and offering us some courses there.

Software

Jorge worked on the fluorescence detector's software under the instructions of Katzi, who designed the algorithm. Sven and Max wrote most of the thermocycler's software, with support from Igor for the web interface.

Human Pratices

Everyone on the team contributed to human practices by organizing our attendance in one of the many events we went to, representing us there, or reaching out scientists and the community to discuss our project. Among us, Teeradon played an important role in outreaching the community, as he wrote the survey questions and helped distribute them. Thanks to Jerome Lutz from UnternehmerTUM for reaching out to for different events like the TECHFEST.

Wiki

Our wiki was a joint effort mainly between Benedikt, who drew all the icons, logos, and designed most of the page, and Jorge, who did most of the coding with help from Milica and Igor. Our supervisor Benjamin provided us with helpful ideas and feedback. All our team members helped writing the wiki content. We would like to thank Team Bristol for showing and teaching us the iGEM IDE which facilitated the work.

Design, Presentation and Poster

As our main art-guy Benedikt created our amazing logo and banner, took pictures, filmed, and styled our presentation. Together with Teeradon, he also was in charge of designing the poster.

Social media

Our Facebook, Instagram, and Twitter accounts were managed mostly by Erika and Dawafuti, respectively.

Even though they are not official members of the team, several people helped us to develop our project. We would like to thank them for their help and support; without them CascAID wouldn't have been possible: Thanks to all the people in the Chair of Physics of Synthetic Biology Systems at the TUM for their patience, help and for showing us our way around the lab. Special thanks to Kilian Vogele (PhD Student), Aradhana Chopra (PhD Student), and Dr. Sandra Sagredo (Postdoc). Thanks to Jerome Lutz and the people at UnternehmerTUM for supporting us along the way with practical courses and ideas. Thanks to Lady's name for lending us her machine for the lyophilization experiments. And many thanks to all our sponsors for their financial help and contributions.