Difference between revisions of "Team:OUC-China/Composite Part"
| Line 295: | Line 295: | ||
| − | <div class="copyright1">Contact Us : oucigem@163.com | ©2018 OUC IGEM.All Rights Reserved. | + | <div class="copyright1">Contact Us : oucigem@163.com | ©2018 OUC IGEM.All Rights Reserved. <br /> |
| + | <img src="https://static.igem.org/mediawiki/2017/b/b4/T--OUC-China--foot1.jpeg"alt="banner"width="80px"> | ||
| + | <img src="https://static.igem.org/mediawiki/2017/6/62/T--OUC-China--foot2.jpeg"alt="banner"width="80px"> | ||
| + | <img src="https://static.igem.org/mediawiki/2018/f/f3/T--OUC-China--lalala.png"alt="banner"width="80px"> | ||
| + | <img src="https://static.igem.org/mediawiki/2017/5/51/T--OUC-China--NSG.png"alt="banner"height="65px"> | ||
| + | <img src="https://static.igem.org/mediawiki/2017/2/2a/T--OUC-China--ML.png"alt="banner"height="65px">  | ||
| + | </div> | ||
Revision as of 17:10, 17 October 2018
Composite Parts
| Part number | Type | Description | Designer | Length（bp） |
|---|---|---|---|---|
| BBa_K2615019 | Device | MiniToe polycistron B, a new system using miniToe. We insert miniToe into the polycistron and apply the interaction between the miniToe and Csy4 enzyme to achieve the regulation of different ratio of multiple gene expression levels, which can meet the requirements of expression of different genes. | Yunqian Zhang | 1764 |
| BBa_K2615003 | Translational_Unit | Made up of Csy4-WT and RBS, it can recognize and cleave a 22nt hairpin. As an important part in our project, Csy4 can work with miniToe and some miniToe mutants to regulate the expression of downstream genes on the level of RNA. | Yunqian Zhang | 588 |
| BBa_K2615004 | Translational_Unit | Made up of Csy4-Q104A and RBS, it can recognize and cleave a 22nt hairpin. As an important part in our project, Csy4-Q104A can work with miniToe and some miniToe mutants to regulate the expression of downstream genes on the level of RNA. And this part design by point mutation, we change the CAG(encoding Gln) to GCG(encoding Ala) on the 104th site based on Csy4-WT. | Yunqian Zhang | 588 |
| BBa_K2615005 | Translational_Unit | Made up of Csy4-Y176F and RBS, it can recognize and cleave a 22nt hairpin. As an important part in our project, Csy4-Y176F can work with miniToe and some miniToe mutants to regulate the expression of downstream genes on the level of RNA. And this part design by point mutation, we change the TAC(encoding Tyr) to TTT(encoding Phe) on the 176th site based on Csy4-WT. | Yunqian Zhang | 588 |
| BBa_K2615006 | Translational_Unit | Made up of Csy4-F155A and RBS, it can recognize and cleave a 22nt hairpin. As an important part in our project, Csy4-F155A can work with miniToe and some miniToe mutants to regulate the expression of downstream genes on the level of RNA. And this part design by point mutation, we change the TTC(encoding Phe) to GCG(encoding Ara) on the 155th site based on Csy4-WT. | Anyi Li | 588 |
| BBa_K2615007 | Translational_Unit | Made up of Csy4-H29A and RBS, it can recognize and cleave a 22nt hairpin. As an important part in our project, Csy4-H29A can work with miniToe and some miniToe mutants to regulate the expression of downstream genes on the level of RNA. And this part design by point mutation, we change the CAC(encoding His ) to GCG(encoding Ara) on the 29th site based on Csy4-WT. | Anyi Li | 588 |
| BBa_K2615008 | Device | This part is the miniToe family test system No.1, which consists of promoter J23119, miniToe-1 and sfGFP. We use miniToe to regulate the downstream gene, so sfGFP is a symbol of target gene in this part. The intensity of upstream regulatory element can be characterized by fluorescence. | Yunqian Zhang | 901 |
| BBa_K2615009 | Device | This part is the miniToe family test system No.2, which consists of promoter J23119, miniToe-2 and sfGFP. We use miniToe to regulate the downstream gene, so sfGFP is a symbol of target gene in this part. The intensity of upstream regulatory element can be characterized by fluorescence. | Anyi Li | 901 |
| BBa_K2615010 | Device | This part is the miniToe family test system No.3, which consists of promoter J23119, miniToe-3 and sfGFP. We use miniToe to regulate the downstream gene, so sfGFP is a symbol of target gene in this part. The intensity of upstream regulatory element can be characterized by fluorescence. | Yunqian Zhang | 901 |
| BBa_K2615011 | Device | This part is the miniToe family test system No.4, which consists of promoter J23119, miniToe-4 and sfGFP. We use miniToe to regulate the downstream gene, so sfGFP is a symbol of target gene in this part. The intensity of upstream regulatory element can be characterized by fluorescence. | Yunqian Zhang | 901 |
| BBa_K2615012 | Device | This part is the miniToe family test system No.5, which consists of promoter J23119, miniToe-5 and sfGFP. We use miniToe to regulate the downstream gene, so sfGFP is a symbol of target gene in this part. The intensity of upstream regulatory element can be characterized by fluorescence. | Anyi Li | 901 |
| BBa_K2615018 | Device | MiniToe polycistron A, a new system using miniToe. We insert miniToe into the polycistron and apply the interaction between the miniToe and Csy4 enzyme to achieve the regulation of different ratio of multiple gene expression levels, which can meet the requirements of expression of different genes. | Yunqian Zhang | 1764 |
| BBa_K2615026 | Device | MiniToe-motA, a new system using miniToe, which consists of promoter J23119, miniToe and motA. The intensity of upstream regulatory element can be characterized by motility of bacteria. | Yunqian Zhang | 1084 |
Contact Us : oucigem@163.com | ©2018 OUC IGEM.All Rights Reserved.
