Difference between revisions of "Team:DTU-Denmark/Safety"

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<p><div>Every iGEM team has to consider the safety procedures and precautions associated with their experiments. However, our project has additional considerations that have to be taken into account, as we are working with a non-standard organism and using methods that are rarely used in the iGEM competition. </div></p>
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<p><div>Every iGEM team has to consider the safety procedures and precautions associated with their experiments. However, our project has additional considerations that have to be taken into account, as we are working with a non-standard organism and using methods that are rarely used in the iGEM competition. </div></p>
 
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Revision as of 22:05, 3 September 2019

Safety

Every iGEM team has to consider the safety procedures and precautions associated with their experiments. However, our project has additional considerations that have to be taken into account, as we are working with a non-standard organism and using methods that are rarely used in the iGEM competition.

Regarding the organism

As described in the project description, filamentous fungi are important producers in the biotechnological industry and they form the base of our project. We have chosen to work with Aspergillus niger as it is an important production organism, and the tools required to genetically engineer it already exists. We have used the specific strain ATCC1015. This Aspergillus strain is classified as Biosafety Level 1, which indicates means that it is safe to use and handle in the lab. In addition to this designation, we have performed a safety check-in, as spore-forming fungi are not directly in the whitelist.

Fermentation safety

During our project, we will be using larger-scale fermentations to verify our promoters. This introduces new challenges in safely handling our organism and the larger equipment. To the first point, Aspergillus niger, and many other filamentous fungi, the production of spores is dependent on external conditions of the fermentation.