Team:Berlin/social

SOCIAL

The social aspect of our project was important to us. Therefore we tried to get in contact with a lot of people, so we can present our idea to as many people as possible. In that way we got a lot of feedback from different point of views. We organized a Science Café and participated in the "Lange Nacht der Wissenschaft". Moreover we visited the wastewater treatment plant of Berlin, in order to discuss the feasability of our project.

SciArt Café

Berlin is a colourful and creative place. It is a focal point for the international techno-science art community with venues such as the transmediale, the CTM, the STATE festival, re:publica and many more. Including this vibrant biotech-philiac community was a must-have for iGEM Berlin. For this we organized a Science Café event - the SciArt Café - bringing together synthetic biologists, bio-artists, biohackers and anthropologists in one unique format.

Having an open format such as the Scienc Café makes space for in-depth discussions. After listening to four speakers a heated and emotional discussion took place and focused on re-emerging issues such as dual-use, biosecurity, patents, corporate ethics and the relevance of the scientific methods for arts.

The event was held in the heart of Berlin (Betahouse – Coworking space in Kreuzberg) on August 7 2015 and organized in collaboration with Biofaction. Four presentations from different fields, including the iGEM Berlin Enzymatic Flagellulose, xenobiology, sculpturing with slime moulds and behavioral primate sciences/anthropology madethis event a very special one.
We showed and discussed our projects with a language easy for a non-scientific audience to comprehend. We focused on addressing the issue of microplastics and the alarming threat that they represent to human health. Additionally, we talked about how genetic engineering help us be more efficient and generate either enzymes, proteins or products that are usually difficult to access and produce. We made a clear emphasis on the importance of good scientific practices when it comes to handling genetically modified organisms. Although the audience have heard about them before, some points needed to be clarified for the public to understand that in our proceedings there is no threat to either biodiversity, environment or human health.

Moreover, we talked about how important it is to remain “inter- or transdisciplinary” in science. By presenting the different members of our team and their diverse academic backgrounds we stressed the fact that solution can only be achieved through collaboration from different fields.

The audience was very happy to obtain first hand information from researchers working on topics that concern the society and the government. The main feedback from the audience focused on how good it is to make science accessible to the public and how important it is to explain complex methods in a visual way.

Our participation definitely clarified some points and misunderstandings. he audience asked in detail about the degradation of plastics and the products that are resulting of this process. This allowed us to pitch our idea of a modular filter unit in detail. The public was invited to visit the lab anytime and also to help us in anyway from web designing to fund raising.

Lange Nacht der Wissenschaft

The "Lange Nacht der Wissenschaften (LNdW)" stands for the Long Night of the Sciences in English and has been taking place for 15 years in Berlin and Potsdam. It is also called the smartest night of the year due to its scientific and breakthrough character taking place yearly. A diverse program, comprising hundreds of exhibitiors, offers thousands of visitors the opportunity get exciting insights into the scenery of sciences, and research. Visitors are invited to participate in fascinating experiments, as well as to exchange the latest research findings in various fields. The LNdW not only enables exchange of information and knowledge between experts, but also between experts and people without any prior knowledge. The range of the topics, thereby, is as broad and varied as our world: Be it ancient studies or modern technologies, languages, natural sciences, music, or medicine and health, everyone will find something that takes their fancy.

We took part in the LNdW this year and presented our project Enzymatic Flagellulose , its aims and findings, to the audience visiting the chemistry faculty in the campus of the Technical University Berlin. Visitors, from all ages, including complete families and friends had the opportunity to see our lab and perform easy experiments while guided by our students. We presented a very clear workflow highlighting the problem and our steps to solve it. Our participation in the LNdW allowed us to draw attention to both the iGEM competition in general and to the problematic issue about microplastics. We could entrust many people to be more conscious about microplastics and take better care of its consumption and disposal, and in turn, reduce the contamination of our environment. At the same time we established contact for subject-specific questions and we thrilled many high school and university students to participate in the iGEM competition next year. Furthermore, we received positive feedback from our visitors and they encouraged us in our aims and optimization of our idea. It was very important for us to take the non-scientific audience to the lab so the general public gets the feeling that scientists have a transparent and open mind, willing to communicate and share. This event pretty much relates and adds value to the “Science Café”, where we took the lab and the scientists to the people. We are already looking forward to LNdW 2016!

Berliner Wasserbetriebe

We visited the “Berliner Wasserbetriebe” (wastewater treatment plant of the city of Berlin), in Ruhleben, at the beginning of our project. We wanted to see, learn and experience with our own eyes the processes that wastewater goes through once it reaches the treatment plant. For us this was a key step in our project because it provided insights about the possibility of including our research and solutions in already established facilities. We were extensively informed about the history, and the construction of this wastewater treatment plant. We were allowed to see every purification step and were enlightened about the technical structures. Also, we discussed about necessary changes for the future and about a changeover of the plant. Moreover, we acquired an overview about current problems and basic approaches for the optimization of the plant. We consulted with employees of the plant and talked about current research works about microplastics and others, including drug residues present in water. Another subject we brainstormed about was the form, the size, and the place of action of our project called Enzymatic Flagellulose, that aims to eliminate microplastics through degradation. It was a nice experience to see how the plant actually works and to see how complexly the whole plant is constructed. They kindly offered to test our prototypes in the future and to provide additional guidance about the possible logistics to implement a microplastics degradation unit in the system. Additionally, they offered us to link us to other research groups in the wastewater treatment field and some possible contacts for funding. We thank the “Berliner Wasserbetriebe” for the time they offered us and are very grateful for their help in our project. Here are some impressions of this awesome day at BWB:

Grants 4 Apps - Bayer

The iGEM Berlin 2015 team presented the Enzymatic Flagellulose project at a pitch night organized by Bayer's initiative "Grants4Apps". The event aimed to provide a startup-familiar solution platform to young innovators willing to eliminate healthcare threats. The project was very well accepted by an audience of healthcare practitioners, scientists and investors due to its multidisciplinary approach. We walked the extra mile and talked about a possible but accidental consumption of microplastics by humans or animals. We addressed this possible scenario by drawing attention to the fact that microplastics need to be correctly degraded or eliminated before or after they reach the water treatment plant. The head of the initiative provided us with contacts for further development of the idea in the business field. By doing this, we complemented the previous community-inclusive participation of iGEM Berlin, in the Science Cafe and the LNdW, by addressing the corporate world and the big names in the industry.

Collaborations

Essay of how to integrate the project of iGEM Berlin and iGEM Delft
The iGEM team of Berlin uses synthetic biology to develop a molecular filtering machine. This project has great opportunities in solving the problems with microplastics finding their ways into the wastewater treatment plant. During the wastewater treatment, the microplastics are not removed sufficiently. The ‘escaped’ microplastics are taken up by organisms living in rivers, lakes and the oceans, but also by human beings through the food chain. To date, no scalable approaches has been found to solve this problem.
Luckily, the iGEM team of Berlin has the solution for the problem with microplastics; a molecular filtering machine. Their proposed filter consists of a surface made up of cellulose to which bacterial flagella will be immobilized. The attachment required for this will be achieved via a cellulose binding domain. The single flagella-subunits, also known as flagellin, will be interlinked with plastic-degrading enzymes. Thus, this system enables an increased specific surface with highly catalytic activity.
Not only Berlin see the opportunities of this project, also the iGEM team of the TU Delft. This teams is working with E. coli bacteria that can form nanowires at an induced moment. These nanowires will link the bacteria to each other provide a stable structure. With a 3D printer, layers of bacteria can be formed in a predesigned way. Another advantage of this technique is that the enzymes produced by the bacteria can covalent bind to the nanowires (Botyanszki, Tay et al. 2015). In this case, the scaffold of cellulose is not required anymore. [MP1] Moreover, the printer and nanowires generate a highly flexible machine, since every cell type and every enzyme could potentially be produced. One of the requirements posed by Berlin’s team is that the filter is highly flexible in use, so that it can be used for different types of water. So, by combining these technologies, the filtering machine proposed by Berlin’s iGEM team becomes even more attractive.
Reference: Botyanszki, Z., P. K. Tay, P. Q. Nguyen, M. G. Nussbaumer and N. S. Joshi (2015). "Engineered catalytic biofilms: Site-specific enzyme immobilization onto E. coli curli nanofibers." Biotechnol Bioeng 112(10): 2016-2024.

Collaborations:
UI-Indonesia iGEM team (Questionnaire about family planning)
Team CGU_Taiwan (Questionnaire about every teams moral issues – I also translated the questionnaire into german)
iGEM Paris Saclay (Questionnaire per E-Mail über Chassis und Sicherheit)
iGEM Oxford (if Skype chat takes place)
iGEM TU Delft (text for WIKI)
IIT Kharagpur iGEM team (survey about food spoilage)
Kent iGEM team (questionnaire about nanowires)
Korea_U_Seoul (survey about synthetic biology and tools)
NEFU_China (couldn’t open questionnaire.. if we answer their questions we will have them as collaboration partners too)
2015 CU_Boulder team