Safety and Security
Synthetic biology, while promising, requires the utmost care to ensure that its potential is realized in a safe and secure environment. At Yale iGEM, our commitment goes beyond theoretical understanding – it encompasses practical applications that prioritize safety. By employing biological engineering to manage potential risks, we're dedicated to making synthetic biology safer and more reliable for all.
Safe Project Design
Our design decisions are dictated by safety considerations:
Chassis Selection: We opted for a non-pathogenic chassis to ensure safety, minimizing the potential risks associated with the release or mishandling of our genetically modified organisms.
Safe Parts Selection: Our parts have been chosen to ensure that they pose no harm to humans, animals, or the environment.
Material Substitution: In our proof-of-concept experiments, we replaced hazardous materials with safer alternatives wherever possible.
Safe Lab Work
Every day at the lab, we adhere to rigorous safety protocols:
Standard Operating Procedures: Our team strictly adheres to Yale's lab safety guidelines, using PPE at all times and following correct waste disposal practices.
Special Protocols for Unusual Experiments: For any non-standard experiments, we conduct risk assessments and design custom safety protocols, ensuring that the team is prepared and protected.
Continuous Training: Regular safety workshops and drills ensure our team is always updated on the best safety practices.
Safety isn't just a checklist for us. It is an integral part of how we think, plan, and execute our projects.