Repeated practice presentation sessions with team Bath to polish our presentation structures and skills.
Virtual collaborative symposium on bioethics held with team Bath, team Thessaly, and team Hong Kong to consider the impact of bioethics and government regulations on our project.
UK team meetup to gain different perspectives on our project from other iGEM teams as well as to have a “mock jamboree” session to give each other feedback.
We discussed and found a common ground between our projects, which was our phosphate uptake system. From this we decided it would be useful to update each other throughout the iGEM season on our project progress. Therefore, we decided to do consistent presentation practices sesisons to help each other improve on presentation skills.
Each team presented their project and their progress in each aspect of their projects. Each team recieved feedback from Team Bath.
We continued on our presentaiton practice session for the second time. Each time recieved feedback from Team Manchester.
iGEM teams around the UK met up in London to discuss their projects as well as to share their passion in synthetic biology. Many informative talks were given from academia and industry experts, and teams were given opportunities to present their projects and receive feedback.
A collaborative symposium was hosted on 13th of September, between Manchester, Bath, Thessaly, and the Hong Kong university team. The symposium mainly focused on the bioethical consideration of synthetic biology and how our projects can be implemented into the real world more ethically.
The iGEM team this year from the University of Bath team is engineering bacteria to absorb phosphate from wastewater, which is then released into the soil and secrete back the phosphate to be taken up by the plants. Their idea focuses on recycling phosphate, which is a valuable nutrient for plants but often ends up in wastewater in high concentration only to cause pollution in waterways.
Our projects share a common ground where we’re both aiming to uptake phosphate from wastewater using our bacteria. In our first meeting, we discussed each team’s project and found the common ground to be phosphate uptake through the bacterial system. This similarity has led us to having a further consideration of collaboration, and we started brainstorming how we could help each other improve. One shared thought we had was regarding presenting our projects and conveying our ideas well at the Grand Jamboree. Therefore, we established a presentation practice session to be held once a month and give each other feedback to refine our presentation skills. These sessions also served to update on progress and give feedback on each other’s phosphate uptake system.
For more information on their project, check out their wiki page using the link below:
In the first presentation practice session, each team presented their project and their progress in each aspect of their projects (i.e., human practices, dry lab and wet lab). We shared feedback mainly on the presentation skills and the structure, including from guest panels that were invited. Our sessions provided valuable practice for the Grand Jamboree presentation and led to further collaboration such as virtual symposium, due to our similarity in projects.
Feedback form received from Bath team for first session:
During our second presentation session, both teams had made great progress through our iGEM journey. Therefore, our 10-minutes presentations were much more developed than our first one. Building upon the feedback given during the first session, both teams were able to deliver much smoother and well-structured presentations, proving the power of collaboration between teams and how we can benefit each other when we cooperate together.
Feedback form received from Bath team for second session:
To discuss the governmental regulations on synthetic biology and how these regulations might affect our iGEM projects.
To discuss the biosafety and biosecurity aspects of our projects and to inform and advise each other on how we can further ensure safe and security measures in practice.
Experts in bioethics and microalgae fields were invited, including Dr Tan Giin Yu Amy from Hong Kong University Department of Civil Engineering, Dr Jon Pittman from the University of Manchester Department of Earth and Environmental Sciences, and Prof George Patrinos from University of Patras Department of Pharmacy.
Fruitful discussion surrounding the governmental regulations towards synthetic biology and release of genetically modified organisms. Each team presented their government’s policies on GMOs, and how these regulations can affect their project.
Team Manchester's presentation:
The Manchester team focused on UK regulations regarding contained use of genetically modified organisms, since our bacteria is only to be cultivated within the bioreactor and not released to the environment. The main regulation was to conduct a thorough risk assessment on the GM organism, and to determine an appropriate risk level according to the level of containment required to control the risk.
Mock grand jamboree to give each other feedbacks and have presentation practices
Talks from experts in industry and academia as well as iGEM specialists, on topics such as building a career after iGEM, synthetic biology, and protein engineering.
Place for UK iGEM teams to form friendships and discuss iGEM journey
The 2022 iGEM UK meet up was held at the Royal School of Mines at Imperial College London on Saturday 10th September. We met with iGEM teams all over the UK, including: UCL, KCL, Imperial, and Warwick. The day was designed to meet like minded people and to discuss our iGEM journey to date. We attended a series of talks from industry and academic scientists along with iGEM specialists. We also had an opportunity to listen to 10 minute presentations of all the team's projects during a ‘mock jamboree’ session and receive feedback on our presentation and delivery style. The events of the UK meet up helped us streamline our presentational skills and gain unique insights into the field of synthetic biology and the iGEM experience.