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Revision as of 00:06, 1 November 2017


BUGSS Logo
Home Team Project Results Design Notebook Composite Part Safety HP Silver Experiment Attribution Collaborations Interlab Contributions


BALTIMORE BIO-CREW

Bio-Engineering E.Coli To Degrade Plastic and Save The Baltimore Inner Harbor

Human Practices

The importance of the community's perspective and impact on our project was considered in every step of our process. The Baltimore-Bio Crew assessed the ethical integrity of our project through various methods such as public engagement, outreach, surveys, and presentations. Through these techniques, we have collected a diverse set of perspectives on our work and its capacity to positively impact the world. The Baltimore-Bio Crew performed presentations in front of audiences that varied from scientific professionals and community members to an environmental advocacy organization that was all interested in learning more about our work. Each presentation given was in preparation of the iGEM competition and was presented at different stages of progress in our work. The first notable presentation was given at the Institute of Marine and Environmental Technology, which is located near the Baltimore Inner Harbor. The audience was full of scientific specialists, that was able to give educational insight on the ways in which our project could develop. By presenting to this group, we were able to gain new outlooks on our process such as the practical uses of our product, the safeness of our methods, and the bioethical concerns of our work. Another important discussion that we had was with the community, people interested in science and our work visited the lab to hear more about our project. They were able to encourage our thoughts on the people’s opinions about synthetic biology and the practical uses of our product.

The Safety of E.coli in Our Project

The use of k-12 E.coli strains produces very little potential for harm in the environment and to other living organisms. The United States Environmental Protection Agency states that this strain “does not normally colonize the human intestine”, has “safe commercial use”, and is “not known to have adverse effects on microorganisms or plants”. Despite this, the team took safety precautions to prevent contamination or spread of this organism outside of the lab. Each member used latex gloves, thoroughly washed hands, and did not consume food or drink in the lab. We do not plan on releasing this bacteria into the environment, where mutations and environmental security can be impacted. Though we have thought about creating a “killswitch” causing the organism to self-destruct if found in a foreign environment, or is threatened by becoming a host to other DNA.