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Team:SCUT/Data page/Achievements
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| - | 1.We helped SYSU construct the original hbax and characterize the part BBa_K1061006 by comparing its growth-inhibiting effect with the original hbax in yeast. | + | 1.We helped SYSU construct the original hbax and characterize the part BBa_K1061006 by comparing its growth-inhibiting effect with the original hbax in yeast. <br> |
2.We constructed 22 biobricks in which 15 parts have worked, including 8 new biobricks and submitted 12 high quality and well-characterized standard biobricks.<br> | 2.We constructed 22 biobricks in which 15 parts have worked, including 8 new biobricks and submitted 12 high quality and well-characterized standard biobricks.<br> | ||
| - | 3.We constructed two improved biobrick, <a href="http://parts.igem.org/Part:BBa_K1072017" class="brick">BBa_K1072017</a> and BBa_K1072018 and successfully localized the odr-10 into membrane of yeast.<br> | + | 3.We constructed two improved biobrick,<a href="http://parts.igem.org/Part:BBa_K1072017" class="brick">BBa_K1072017</a>and BBa_K1072018 and successfully localized the odr-10 into membrane of yeast.<br> |
4.We induced the odr-10 receptor by ligand diacetyl successfully and also activate the downstream pathway.<br> | 4.We induced the odr-10 receptor by ligand diacetyl successfully and also activate the downstream pathway.<br> | ||
5.We constructed improved biobrick, BBa_K1072022, and produced signal molecular.<br> | 5.We constructed improved biobrick, BBa_K1072022, and produced signal molecular.<br> | ||
Revision as of 18:26, 27 September 2013
1.We helped SYSU construct the original hbax and characterize the part BBa_K1061006 by comparing its growth-inhibiting effect with the original hbax in yeast.
2.We constructed 22 biobricks in which 15 parts have worked, including 8 new biobricks and submitted 12 high quality and well-characterized standard biobricks.
3.We constructed two improved biobrick,BBa_K1072017and BBa_K1072018 and successfully localized the odr-10 into membrane of yeast.
4.We induced the odr-10 receptor by ligand diacetyl successfully and also activate the downstream pathway.
5.We constructed improved biobrick, BBa_K1072022, and produced signal molecular.
6.We have cooperated with 11 bioengineering class to arrange a Bio-model Competition.
7.We mimicked deterministic and stochastic simulations of pathway model of odorant signal transport.
So, we believe that we deserve a Gold Medal Prize.
