<b>1.How useful can our sensor be in the medical field?</b>
<b>1.How useful can our sensor be in the medical field?</b>
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For the first step, we have early contacted an expert in the field of infectious agents’ detection and identification. We could therefore be well informed about the most used pathogens detection methods, their limits and the researchers’ needs and expectations. We had then all the essential tools to set our device’s design properly.
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For the first step, we have early contacted an expert in the field of infectious agents detection and identification. We could therefore be well informed about the most used pathogens detection methods, their limits and the researchers needs and expectations. We had then all the essential tools to set our device’s design properly.
The human practice has been an important part of our project as it represents the way of bringing synthetic biology to real life and considering its impact on society.
In order to fulfill this general aim, we focused our study on three axes:
1.How useful can our sensor be in the medical field?
For the first step, we have early contacted an expert in the field of infectious agents detection and identification. We could therefore be well informed about the most used pathogens detection methods, their limits and the researchers needs and expectations. We had then all the essential tools to set our device’s design properly.
2.Design and improvement of the BioBrick Safety Sheet
Have you already heard about our BioBrick Safety Sheet (BSS) and the way it could improve safety in synthetic biology? If no, you still can catch up by having a glance at this section.
3.Promoting synthetic biology
A talk has been given in a large lecture hall in Minatec in order to present the iGEM competition and promote synthetic biology to the scientific community of Grenoble.
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