Beyond the bench!

We believe that the human practice should be sustainable and inspiring. To satisfy this vision requires creative and well-documented activities. Therefore, we made a booklet project and short documenter movie regarding our project. It was constructed from our public engagement activities and stakeholder interviews. Interviewing various stakeholders affects our wet lab topic, execution, as well as future application. We hope our work could serve as the educational and inspirational tool for Indonesian people.

Oceanography Expert Talks

Ivonne Milichristi Radjawane, M.Si,Ph.D.

We need to test our idea by interviewing stakeholders in micro-plastic research. We wanted to primarily know how micro-plastic forms in the perspective of Oceanography, followed by identifications of the most affected sectors. Dr. Ivonne Milichristi Radjawane has conducted researches on plastic debris in Pelabuhan Ratu Bay, Jakarta Bay, Bali Bay and Ambon Bay. She said, “There are two factors causing the plastic to accumulate in the sea, wave and current”. She also gave an insight into our project prospect, “75% of garbage thrown into the sea are plastic-based, Indonesia has been recently highlighted internationally as the second worst plastic polluters to the sea.”. According to her, the Indonesian government has been massively intensifying the work to reduce plastic pollution since then. “The government has a target to reduce plastic pollution up to 70% by the year 2020”, she said. She also suggests our team to conduct a survey on Jakarta Bay to see how the micro-plastics affect the locals there. “The research conducted in Makassar Strait proved micro-plastics inflict dreadful effects to marine lives, shown by guts of fish filled with micro-plastic fragments” she implied. Overall, she teaches us a valuable lesson for our project. Her perspective inspires us to develop an on-site application for our project.

Cidaun and Muara Angke

Fisherman Interview

Biological Safety Expert Talks

Ir. Sri Harjati Suhardi, Ph.D

We wanted our project safely implemented as well as meet the government regulation. Therefore, We asked Dr. Sri Harjati Suhardi, an expert in environmental science from Bandung Institute of Technology, to discuss the idea of releasing our PET-degrading bacteria into open seas. Despite the increasing interest in genetic engineering in Indonesia, the government still prohibited the application of GMO for environmental purpose. “At least for now,” said Dr. Sri Harjati Suhardi as she sipped her coffee. “I have hopes that one day the government would allow its use for remediation purpose. It is our duty as a researcher to give suggestions to lawmakers.” Dr. Suhardi commented that releasing GMO to the sea has its own set of problem. Indonesia Sea is connected with everywhere else, which means more regulations. She supported the idea of using a bioreactor instead to degrade the heavily PET-polluted waters. “Start with a pilot project. Build a closed system where microbes are safely contained inside a reactor.” This form of treatment is not entirely new. One example, she explained, is anaerobic bioreactor using non-modified mixed culture. To anticipate the spread of pathogenic microbes, the effluent is disinfected with chlorinated compound, although some cells might be still alive. “We have to be careful with GMOs. They should be treated like pathogenic microbes. At the same time, we need to prove that they’re safe.” Proving the safety of GMO can bring Indonesia a step closer to lifting the ban. According to her experience as a bioremediation practitioner, oil spill bioremediation process can take months. “There is a law for petroleum hydrocarbon that it gives us a time limit, up to 8-10 months for a cleanup project.” However, Indonesian law does not specify the minimum requirement of degradation rate for most xenobiotic compounds, including PET. “Besides petroleum hydrocarbon (as stated in ‘Kepmen LH No. 128 The year 2003’), there is no standard. So there is an opportunity to show how fast GMO technology can reduce damage in the ocean.” Afterwards, GMO use in environmental technology might truly be a part of the solution for everlasting PET wastes in the ocean. In conclusion, we gained a lot of perspective regarding our project. Her perspective also inspires us to develop a bioreactor concept design.

Indonesia iGEM Booklet Vol. 1

Public engagement program gave us an overview about people awareness on synthetic biology. We are trying to increase the awareness by writing a booklet. The booklet was written in Bahasa to prevent a language barrier in the learning process. It is consist of the synthetic biology basic knowledge and our projects. The basic knowledge includes the definition of synthetic biology, part, device, and system. We also elaborate the previous, recent and future outlook of our iGEM projects. We put the past four years of ITB team human practice, dry lab, and wet lab in detail. It was our contribution to inspire another Indonesian team. The booklet then distributed to academician through an email.

Short Documenter

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