Our dry lab worked hard to take our project beyond the lab and simulate our system in silico.
ModelThe intricacy of our project allowed us to design and create an extensive list of parts
Part CollectionWhile designing, we focused on making our wiki friendly, prioritising clarity and completeness.
WikiBy promoting discussion, we aimed to narrow the gap between science and society.
Human PracticesWe hope future teams and research can benefit from the material we have made available.
ContributionsThe engineering cycle was crucial to the development of components critical to the success of the project.
EngineeringSharing knowledge and discussing with others helped widen our prespective.
CollaborationWe aimed to keep the stakeholders at the center of our project, including them wherever possible.
Human PracticesResearch allowed us to see what would be necessary to take our treatment from bench to bedside.
ImplementationThrough extensive testing, we improved the pNorV system to better sense NO
ImprovementOur dry lab worked hard to take our project beyond the lab and simulate our system in silico.
ModelApplying what we learnt, we interacted with patients and professionals related to our project.
Integrated HPIntroducing synthetic biology to people of all ages helps build more knowledge.
EducationThe success of our project in vitro gives good backing to the theoretical solution we have found.
Proof of Concept