Difference between revisions of "Team:Harvard BioDesign/Results"
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<li>✔ integrated Policy & Practices by transforming into Nissle</li> | <li>✔ integrated Policy & Practices by transforming into Nissle</li> | ||
<li>✔ collaborated with WPI by testing their antifreeze assay and having them do a biofilm formation assay on our pili; attended two NEGEM meetings with the other New England teams</li> | <li>✔ collaborated with WPI by testing their antifreeze assay and having them do a biofilm formation assay on our pili; attended two NEGEM meetings with the other New England teams</li> | ||
| − | <li>✔ improved the characterization of BBa_K902065 and documented it on the parts page</li> | + | <li>✔ improved the characterization of BBa_K902065 and <a href="https://2015.igem.org/Team:Harvard_BioDesign/Description">documented</a> it on the parts page</li> |
</ul> | </ul> | ||
</footer> | </footer> | ||
Latest revision as of 02:10, 19 September 2015
Accomplishments
Created a modular platform for bacterial adhesion Engineered type 1 pili to bind to nickel, stainless steel, and Caco2 colon cancer cells
Bronze Medal Requirements
- ✔ register for iGEM, have a great summer, attend the Giant Jamboree
- ✔ complete the Judging Form
- ✔ created a wiki and documented parts on the Registry
- ✔ made a poster and present at the Jamboree
- ✔ create an attribution page
- ✔ document 14 new biobricks
Silver Medal Requirements
- ✔ experimentally validated biobricks through binding assays with nickel, stainless steel, and CaCo2 cells
- ✔ submit 12 biobricks to the Registry
- ✔ address Policy & Practices by considering the safety of our system and discussing it with experts
Gold Medal Requirements
- ✔ integrated Policy & Practices by transforming into Nissle
- ✔ collaborated with WPI by testing their antifreeze assay and having them do a biofilm formation assay on our pili; attended two NEGEM meetings with the other New England teams
- ✔ improved the characterization of BBa_K902065 and documented it on the parts page