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Team:Groningen/Template/MODULE/projects/parts/biobricktable
From 2014.igem.org
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| - | <td> </td><td><a href="http://parts.igem.org/Part:BBa_K1365130">BBa_K1365130</a></td><td>Device</td><td>PLasR-aiiA-dspB-his</td><td>Same system as BBa_K1365120, but with 6x histidine tags fused to the two proteins.</td><td>Rick Elbert</td><td> | + | <td> </td><td><a href="http://parts.igem.org/Part:BBa_K1365130">BBa_K1365130</a></td><td>Device</td><td>PLasR-aiiA-dspB-his</td><td>Same system as BBa_K1365120, but with 6x histidine tags fused to the two proteins.</td><td>Rick Elbert</td><td>2416</td> |
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| - | <td> | + | <td> </td><td><a href="http://parts.igem.org/Part:BBa_K1365555">BBa_K1365555</a></td><td>Composition</td><td>RBS-sfGFP-dt</td><td>SfGFP(Bs) combined with RBS and double terminator. This part was used to assemble sfGFP(Bs) with different promoters to characterize the promoters.</td><td>Aakanksha Saraf</td><td>874</td> |
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Revision as of 21:55, 17 October 2014
iGEM Groningen 2014 assembled parts
| Part | Type | Description | Designer | Length | ||
|---|---|---|---|---|---|---|
| BBa_K1365000 | Coding | nisA | Nisin precursor. Should be used in combination with the other genes on the nisin operon (e.g. in Lactococcus lactis NZ9800). | Sandra Mous | 174 | |
| BBa_K1365003 | Coding | nisC | Protein needed in the cyclization of the nisin precursor. Part of the nisin operon. | Sandra Mous | 1245 | |
| BBa_K1365006 | Coding | nisRK | Two proteins involved in the recognition of nisin and positive feedback regulation to induce the PNisA promoter. This BioBrick is part of the nisin operon. | Sandra Mous | 2023 | |
| BBa_K1365020 | Coding | sfGFP | SfGFP(Bs) is a for Bacillus optimized version of the high performance sfGFP that works really well in Lactococcus lactis.5 | Sandra Mous | 1625 | |
| BBa_K1365100 | Device | P2-nisA-dspB-ssUsp45 | Dual action system against S. aureus, made for expression in L. lactis. Codes for the nisin precursor NisA and the biofilm degrading enzyme DspB. The latter is fused with an USP45sp for transport out of the cell. This device has an P2 promoter and is thus transcribed after binding with p-AgrA. | Rick Elbert | 1625 | |
| BBa_K1365111 | Coding | ssUsp45-dspB | DispersinB fused to an Usp45sp. The DspB enzyme is secreted from the cell via the usp system of L. lactis6. | Rick Elbert | 1170 | |
| BBa_K1365120 | Device | PLasR-aiiA-dpsB | Dual action system against P. aeruginosa for expression in L. lactis and includes the genes for the autoinducer inactivation enzyme A (AiiA) and Dispersin B (DspB). | Rick Elbert | 2350 | |
| BBa_K1365130 | Device | PLasR-aiiA-dspB-his | Same system as BBa_K1365120, but with 6x histidine tags fused to the two proteins. | Rick Elbert | 2416 | |
| BBa_K1365169 | Coding | ssUsp45-aiiA | Autoinducer inactivation enzyme A (AiiA) gene fused to signalsequence for the USP45 secretion pathway. | Rick Elbert | 834 | |
| BBa_K1365301 | Plasmid | pIL253 | Shuttlevector for L. lactis and B. subtilis6. Includes the BioBrick compatible VF2 and RV primer binding sites, prefix and suffix. Contains no illegal restriction sites. | Lisa Hielkema | 6230 | |
| BBa_K1365555 | Composition | RBS-sfGFP-dt | SfGFP(Bs) combined with RBS and double terminator. This part was used to assemble sfGFP(Bs) with different promoters to characterize the promoters. | Aakanksha Saraf | 874 | |
| BBa_K1365556 | Composition | RBS-nisA-dt | NisA combined with an RBS and double terminator. This part was assembled with different promotors for characterization experiments. | Aakanksha Saraf | 328 | |
| BBa_K1365557 | Reporter | J23101-sfgfp(bs) | SfGFP(Bs) with the constitutive promoter J23101. Designed for use in L. lactis and E. coli. | Aakanksha Saraf | 915 | |
| BBa_K1365997 | Device | lasR | AHL sensor. The LasR membrane protein is produced by this device. | Chandhuru Jagadeesan | 1003 | |
| BBa_K1365998 | Signaling | lasI | AHL generator. This part can be used to mimic the presence of AHL producing bacteria P. aeruginosa. | Chandhuru Jagadeesan | 892 | |
| BBa_K1365999 | Composition | RBS-GFP-dt | GFP with RBS and double terminator. This BioBrick is compatible with L. lactis and E. coli. | Chandhuru Jagadeesan | 873 | |
