Revision as of 18:12, 17 October 2018

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Medals

Medal	Requirement	Criteria	Fulfilment
Bronze	Registration	Complete registration and attend the Giant Jamboree	We successfully registered for iGEM and are looking forward to attending the Boston jamboree!
	Competition Deliverables	Poster, Judging Form, Wiki and Presentation	We have created a poster and presentation to exhibit at the Giant Jamboree, and our judging form can be found here.
	Attributions	Describe work completed by the team and others	A page describing project attributions can be found here
	Interlab	Complete Interlab measurement study	We successfully took part in the Interlab measurement study and a page documenting our work can be found here
Silver	Validated Part	Add a successfully characterised new part to the BioBrick registry	To enable expression of pTet-controlled constructs in bacterial strains which do not endogenously express TetR, we added the bidirectional pTet promoter, BBa_K2757002, to the registry More information on the design and characterisation of this part can be found here.
	Human Practices	Consider the wider implications of the project	Throughout the project, we took steps to better understand the application, safety, and implementation of our design. In addition to our discussions with medical professionals and IBD patients we hosted a number of outreach events and investigated ethical issues associated with GMO probiotics. Read more about our work here.
	Collaboration	Describe work completed by the team and others	Over the Summer, we worked with a range of iGEM teams from around the world, both inside and outside the lab. A summary of our collaborations can be found here.
Gold	Modelling	Construct a meaningful model of the system	As shown here, we created a model of the system in both the time and frequency domain. Our model was integral in highlighting the need for a dual feedback loop to to optimise the response.
	Integrated Human Practices	Document how the project was guided by Human Practices	A variety of public surveys, patient interviews, and meetings with researchers helped both to guide further research and to shape our design. A notable contribution was the development of an inducible kill switch system to enhance the safety of our probiotic. More information can be found here.
	Part Improvement	Create and characterise a BioBrick part with a functional improvement on an existing BioBrick part.	We decided to redesign the Art-175/DsbA composite, BBa_K1659002, submitted by the 2015 Oxford iGEM team by linking it with a pTet promoter to create BBa_K2757001, a functional probiotic kill switch. Read more about it here..

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 </td><td></td><td>Interlab</td><td>Complete Interlab measurement study</td><td>We successfully took part in the Interlab measurement study and a page documenting our work can be found here</td></tr>
 <tr><td>Silver</td><td> Validated Part</td><td>Add a successfully characterised new part to the BioBrick registry</td><td>To enable expression of pTet-controlled constructs in bacterial strains which do not endogenously express TetR, we added the bidirectional pTet promoter, BBa_K2757002, to the registry More information on the design and characterisation of this part can be found here.</td></tr>
-<tr><td></td><td>Human Practices</td><td>Consider the wider implications of the project</td><td>A variety of public surveys, patient interviews, and meetings with researchers helped both to guide further research and to shape our design. We also hosted a number of outreach events and investigated ethical issues associated with GMO probiotics. Read more about our work here.</td></tr>
+<tr><td></td><td>Human Practices</td><td>Consider the wider implications of the project</td><td> Throughout the project, we took steps to better understand the application, safety, and implementation of our design. In addition to our discussions with medical professionals and IBD patients we hosted a number of outreach events and investigated ethical issues associated with GMO probiotics. Read more about our work here.</td></tr>
 </td><td></td><td>Collaboration</td><td>Describe work completed by the team and others</td><td>Over the Summer, we worked with a range of iGEM teams from around the world, both inside and outside the lab. A summary of our collaborations can be found here.</td></tr>
 <tr><td>Gold</td><td>Modelling</td><td>Construct a meaningful model of the system</td><td>As shown here, we created a model of the system in both the time and frequency domain. Our model was integral in highlighting the need for a dual feedback loop to to optimise the response.</td></tr>
-<tr><td></td><td>Integrated Human Practices</td><td>Fill out</td><td>Fill out</td></tr>
+<tr><td></td><td>Integrated Human Practices</td><td>Document how the project was guided by Human Practices</td><td>A variety of public surveys, patient interviews, and meetings with researchers helped both to guide further research and to shape our design. A notable contribution was the development of an inducible kill switch system to enhance the safety of our probiotic. More information can be found here.</td></tr>
 <tr><td></td><td>Part Improvement</td><td>Create and characterise a BioBrick part with a functional improvement on an existing BioBrick part.</td><td>We decided to redesign the Art-175/DsbA composite, BBa_K1659002, submitted by the 2015 Oxford iGEM team by linking it with a pTet promoter to create BBa_K2757001, a functional probiotic kill switch. Read more about it here..</td></tr>
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Revision as of 18:12, 17 October 2018