Difference between revisions of "Team:MIT/Diagnosis and Future Implications"

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that could be applied to a diagnostic circuit for endometriosis, we designed a full circuit <br>
 
that could be applied to a diagnostic circuit for endometriosis, we designed a full circuit <br>
 
and tested its logic step-by-step in both hormone phases and disease vs. healthy state. We've <br>
 
and tested its logic step-by-step in both hormone phases and disease vs. healthy state. We've <br>
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also considered an ideal clinical situation, what we consider a possibility after more thorough<br>
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also considered an ideal clinical situation, which we see as a possibility after more thorough<br>
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testing of our work, and a broader view on the applications of mammalian synbio in medicine. </h2>
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testing of our work, and finally a broader view on the applications of mammalian synbio in medicine. </h2>
  
 
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Revision as of 04:40, 19 October 2016

Diagnosis and Future Implications

Future Work & Design

There is vast, untapped potential for mammalian synthetic biology in medicine;
our project is only one example of that. Having characterized a toolkit of mammalian parts
that could be applied to a diagnostic circuit for endometriosis, we designed a full circuit
and tested its logic step-by-step in both hormone phases and disease vs. healthy state. We've
also considered an ideal clinical situation, which we see as a possibility after more thorough
testing of our work, and finally a broader view on the applications of mammalian synbio in medicine.