Introduction
Human, animal and environmental safety considerations are prerequisite to commencing any legitimate science project. Working with genetically modified organisms involves advanced regulation owing to its political potency. The relatively recent emergence of synthetic biology and its revolutionary potential earns even more public scrutiny. Vigilant enforcement of safety best practices is critical to preventing avoidable public misconceptions.
Incell has received extensive safety training from the Department of Plant and Environmental Sciences at the University of Copenhagen. From the very beginning we integrated safety into the concept creation and experimental design. All decisions have been made in accordance with Danish, EU and WHO safety legislation. At Incell, safety is baked in.
Laboratory work
All team members have completed laboratory safety training and are acquainted with regulations relevant to our work. We are confident in our ability to prevent and respond to safety risks and adhere to all hygiene, clothing and behaviour requirements specific to the context of our work.
Conclusion
Our data indicate which plasmid elements induce the highest production of GFP.
Plasmids containing J23117 (Test devices 3 and 6) does not express fluorescence to a higher degree than the negative control. Plasmids with J23101 (Device 1 and 4) induced the highest fluorescence, and plasmids containing J23106 (Test devices 2 and 5) were somewhere in between. Combining the J23101 or J23106 with I13504 (Test devices 1-3) gave a higher fluorescence than adding BCD2.E0040.B0015 (Test devices 4-6).
These results are not reliable on their own, but will be more robust and reliable when combined with data from the other teams participating in the interlab study.