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Revision as of 14:46, 21 October 2019
Collaborations
IGEM is not only hard science. IGEM is also about how teams further the cause of science communication and participate in communal activities. We collaborated with a variety of international teams all around the world. Here we want to present different collaborations ranging from common scientific projects to field investigations and international education ventures.
iGEM UNAMBG
Children's Book
We wanted not only to reach out to different scientists or the adult population but also to students and children in particular. While it is common to target teenagers and young adults as an audience, we have found there is a lack in scientific media targeting children and girls. Especially the emerging field of synthetic biology is not well established in children’s or girl’s media. Following our motto “Make science visible!” we collaborated with the iGEM UNAMBG team to help with a German translation of their children’s book. Their book tells the story of a young girl who wants to help her sick grandpa suffering from diabetes. In order to assist him in coping with his disease, she is supported by two specialists from both the dry and wet lab to utilize biotechnological approaches. Like this, we were able not only to reach out for young children but also to encourage girls to get enthusiastic about science. [link for book]
iGEM US AFRL CarrollHS
Creating a Wiki Wealth of Knowledge
In collaboration with US AFRL CarrollHS we supported them in putting together a wiki guide. Their collaboration idea caught our eye as it further connects the iGEM community by providing information regarding basic hurdles like the wiki. By providing clearly articulated guides, future teams will not be overwhelmed by the numerous demands imposed on them so they may put their on lab work and project planning. Our contribution was a guide detailing how to integrate mediawiki and html. We highly encourage teams both experienced and new to check out the full guide. [link to their wiki page and guide]
iGEM Düsseldorf
Postcards
Nowadays, social media is all around us, making it easy to communicate with everyone in a very fast and direct way. Still, we often do not take the time to enjoy moments we take for granted, like when almost 50 teams from all around the world artfully exchange their great project ideas to facilitate international scientific communication. As one always pauses for thought when receiving a postcard, such old-fashioned communication promised to have great impact. So we decided to take part in collaboration with iGEM Düsseldorf to design our own postcard and send it around the world to other teams. This way we learned not only about other teams and their projects, but they also learned about us. iGEM Düsseldorf thereby created an excellent way to connect and bring the iGEM community closer together. This is how we were able to use the cards we created to enhance our outreach to students and the public. Handing out the cards as a nice giveaway we were able to better bond to people and tell them about our project. [POSTCARDs PHOTO from ours and some others; link: LINKTO_HP_Intergrated HP_communication https://2019.igem.org/Team:Duesseldorf/Collaborations]
iGEM Taiwan
ASF survey
(To learn about the opinions and concerns of the society, we created a survey in collaboration with iGEM Taiwan 2019. We received important feedback and could better understand how ASF was present in their minds and also lifestyles. This way, we found out that there are great differences between our two countries and realized that ASF is still widely unknown in the German society. [ àinsert Survey results]) → Thorge!!!!!!
![](https://static.igem.org/mediawiki/2019/2/27/T--Ruperto_Carola--Freigem_Logo.png)
iGEM Freiburg
Peptides and chimeric receptor
PSMa3 is a 22 aminoacid short peptide found in MRSA (Methicillin Resistant Staphylococcus Aureus ) affected patients and this year on the workbenches of iGEM Freiburg. To tackle the antibiotic resistant bacteria they set out to find suitable peptide inhibitors able to block toxic PSMa3 by binding it. We received a set of their purified inhibitory peptides around 13 aminoacids conveniently corresponding to the size of the alpha mating pheromone from our yeasts. Knowing how difficult it can be to detect such short peptides we designed novel chimeric receptors based on the DIY receptor design idea from iGEM TU-Delft 2012 for them.
![](https://static.igem.org/mediawiki/2019/3/3e/T--Ruperto_Carola--Chimeric.png)