Short name |
Part Name |
Type |
Description |
vioA |
BBa_K4367000 |
Basic |
vioA is a gene in the biosynthesis pathway of violacein, a purple pigment with antibiotic properties. The gene originates from Chromobacterium violaceum |
vioB |
BBa_K4367001 |
Basic |
vioB is a gene in the biosynthesis pathway of violacein, a purple pigment with antibiotic properties. The gene originates from Chromobacterium violaceum |
vioC |
BBa_K4367002 |
Basic |
vioC is a gene in the biosynthesis pathway of violacein, a purple pigment with antibiotic properties. The gene originates from Chromobacterium violaceum |
vioD |
BBa_K4367003 |
Basic |
vioD is a gene in the biosynthesis pathway of violacein, a purple pigment with antibiotic properties. The gene originates from Chromobacterium violaceum |
vioE |
BBa_K4367004 |
Basic |
vioE is a gene in the biosynthesis pathway of violacein, a purple pigment with antibiotic properties. The gene originates from Chromobacterium violaceum |
MFα1 |
BBa_K4367005 |
Basic |
MFα1 produces the mating pheromone alpha-factor for sexual reproduction of S. cerevisiae |
ZF_TM_Cub |
BBa_K4367006 |
Composite |
The ZF transmembrane cub complex protein (ZF_TM_Cub) is a transmembrane protein complex designed to detect a specific DNA sequence. It's complementary complex is ZF_TM_NubG |
ZF_TM_NubG |
BBa_K4367007 |
Composite |
The ZF transmembrane nub complex protein (ZF_TM_NubG) is a transmembrane protein complex designed to detect a specific DNA sequence. It's complementary complex is ZF_TM_Cub. |
LexO6xLEU2p |
BBa_K4367008 |
Composite |
LexOx6LEU2p is a promoter sequence with 6 LexO regulator domains. This part can be used as a promoter when expression is to be regulated by a regulatory protein domain bound to LexA domain |
Short name |
Part Name |
Type |
Description |
TEVp |
BBa_K4367010 |
Basic |
Tobacco Etch Virus Protease (TEVp), is a specific endopeptidase that recognizes the amino acid sequence ENLYFQ/G and cleaves between amino acids Q and G. TEVp has a 6xHis-tag at the N-terminal, allowing for protein purification. |
iGal: |
BBa_K4367009 |
Basic |
Inhibited Beta-galactosidase (iGal), is a designed reporter-protein in the Cell Free system that catalyzes X-gal into a blue pigment when it gets activated by Tobacco Etch Virus Protease.
|
FP |
BBa_K4367011 |
Basic |
FRET protein (FP) is a reporter system which allows for the measurement of the catalytic activity of the Tobacco Etch Virus Protease. |
dCas9-nTEV |
BBa_K4367012 |
Basic |
The function of dCas9-nTEV, together with dCas9-cTEV and gRNA, is as a modular DNA sensor that responds by increasing the enzymatic activity of the split TEV if the target DNA is present. |
dCas9-cTEV |
BBa_K4367013 |
Basic |
The function of dCas9-cTEV, together with dCas9-nTEV and gRNA, is as a modular DNA sensor that responds by increasing the enzymatic activity of the split TEV if the target DNA is present. |
ABI-cTEV |
BBa_K4367014 |
Basic |
ABI-cTEV is a part of the ABI/PYL-splitTEV system, which is used as a control for other experiments. Essentially, the complementation of split TEV can be induced with the addition of abscisic acid to the system. |
PYL-nTEV |
BBa_K4367015 |
Basic |
PYL-nTEV is a part of the ABI/PYL-splitTEV system, which is used as a control for other experiments. Essentially, the complementation of split TEV can be induced with the addition of abscisic acid to the system. |