Difference between revisions of "Team:GreatBay China/Parts"
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data-content="Big Commander wants me to have some small talks here. But literally I am a kind of person that don't know how to be chatty."> | data-content="Big Commander wants me to have some small talks here. But literally I am a kind of person that don't know how to be chatty."> | ||
We submitted 55 parts, | We submitted 55 parts, | ||
| − | </button> with 19 composite parts, and 36 basic parts. Don't think we win at quantity but we actually provided a series of data with high-quality. In the production of geraniol in E.coli, our favourite basic part is BBa_K2753003, pSB1C3-obGES cds. We have also created and synthesized competent pathways in yeast to convert geraniol to neptalactol. Besides, based on previous part like BBa_J23119, we generated a stabilised version by adding an up-element, a | + | </button> with 19 composite parts, and 36 basic parts. Don't think we win at quantity but we actually provided a series of data with high-quality. In the production of geraniol in E.coli, our favourite basic part is BBa_K2753003, pSB1C3-obGES cds. We have also created and synthesized competent pathways in yeast to convert geraniol to neptalactol. Besides, based on previous part like BBa_J23119, we generated a stabilised version by adding an up-element, a transcription-activator-like effector(TALE) binding site, and a genetic circuit encoding for TALE2. In addition, We created a novel, well-characterized, and well-documented TALE stabilized promoter (TALEsp) collection as well as two parts enabling future teams to create more stabilized promoters. This promoter library provides a reliable tool which allows teams to construct predictable and robust synthetic systems. Check the GreatBay_China's parts family! |
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Revision as of 07:19, 17 October 2018
mCATNIP2018@outlook.com
@Igem2018C
Parts Overview
with 19 composite parts, and 36 basic parts. Don't think we win at quantity but we actually provided a series of data with high-quality. In the production of geraniol in E.coli, our favourite basic part is BBa_K2753003, pSB1C3-obGES cds. We have also created and synthesized competent pathways in yeast to convert geraniol to neptalactol. Besides, based on previous part like BBa_J23119, we generated a stabilised version by adding an up-element, a transcription-activator-like effector(TALE) binding site, and a genetic circuit encoding for TALE2. In addition, We created a novel, well-characterized, and well-documented TALE stabilized promoter (TALEsp) collection as well as two parts enabling future teams to create more stabilized promoters. This promoter library provides a reliable tool which allows teams to construct predictable and robust synthetic systems. Check the GreatBay_China's parts family!
Part Table
<groupparts style="width:1000px">iGEM18 GreatBay_China</groupparts>