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Team:Cornell/Safety
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| + | Safety to both scientists and the general public is of utmost importance to anyone working in the synthetic biology field. We stringently followed all relevant safety protocol as well as choosing the safest procedures and materials to work with. <br> | ||
| - | ''' | + | ==Material Safety== |
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| + | '''Material Safety''' <br> | ||
Each member of our lab was required to complete two online safety courses; Lab Safety and Chemical Disposal. Additionally, we attended a safety orientation from our lab manager. While in the lab, all members complied with safely regulations such as the use of gloves when handling chemical and the use of goggles when (constructing our microfluidics device). We were able to avoid the use of any toxic chemicals. We used syberSafe during PCR. Exposure to UV light during viewing of gels and PCR were minimized through the use of safety masks. | Each member of our lab was required to complete two online safety courses; Lab Safety and Chemical Disposal. Additionally, we attended a safety orientation from our lab manager. While in the lab, all members complied with safely regulations such as the use of gloves when handling chemical and the use of goggles when (constructing our microfluidics device). We were able to avoid the use of any toxic chemicals. We used syberSafe during PCR. Exposure to UV light during viewing of gels and PCR were minimized through the use of safety masks. | ||
Revision as of 20:16, 17 August 2011
Safety
Safety to both scientists and the general public is of utmost importance to anyone working in the synthetic biology field. We stringently followed all relevant safety protocol as well as choosing the safest procedures and materials to work with.
Material Safety
Material Safety
Each member of our lab was required to complete two online safety courses; Lab Safety and Chemical Disposal. Additionally, we attended a safety orientation from our lab manager. While in the lab, all members complied with safely regulations such as the use of gloves when handling chemical and the use of goggles when (constructing our microfluidics device). We were able to avoid the use of any toxic chemicals. We used syberSafe during PCR. Exposure to UV light during viewing of gels and PCR were minimized through the use of safety masks.
Public Safety
Our projects presented little to no risk to public health or safety. Our E. coli strains are non-pathogenic. Our bio-chemical pathway converts tryptophan to prodeoxyviolacein. Both chemicals and all intermediates are non-toxic. We chose this pathway because tryptophan is both common and harmless to public safety.
Environmental Safety
Our E. coli strain is not able to survive outside the lab and were disposed of safely. Our project also poses no identifiable threat to environmental safety. All bio-hazardous chemicals were disposed of by following the proper regulations.
Safety of BioBricks
None of the BioBricks submitted to the registry raised any safety issues. They are GFP, RFP VIOA, VIOB and VIOE attached to avitags. Our last BioBrick part causes cells to lyse in the precence of green light. This should not cause any safety concerns.
Biosafety at Cornell
We complied with Weill hall’s safety requirements in gaining access to lab space, as well as in use of the lab. Scott D. Emr is the director of Weill Hall which is where our lab was located.
