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<tr><td>Fig.7-6 AGE confirmation of plasmid pSB4K5-ndh construction | <tr><td>Fig.7-6 AGE confirmation of plasmid pSB4K5-ndh construction | ||
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Revision as of 17:08, 26 October 2013
Parts
Table 1. The Bio-bricks used in the study
Part |
Backbone |
Type |
Location |
Size
(bp) |
Description |
|
part |
backbone |
|||||
BBa_K546000 |
pSB1C3 |
Signaling |
2013-P1-12D |
1964 |
2070 |
Lux pL
controlled LuxR with lux pR autoinducing LuxI (lva tag)- AHL. |
BBa_I763020 |
pSB1C3 |
Intermediate RBS-GFP-TT |
2013-P3-11H |
914 |
2070 |
RBS-GFP
(+LVA Tag)-Terminators |
BBa_F2621 |
pSB1A2 |
Signaling |
2013-P2-21F |
1158 |
2079 |
3OC6HSL
Receiver Device |
BBa_K546001 |
pSB1C3 |
Device |
2013-P1-12F |
2135 |
2070 |
AIIA AHL Reporter
and Quencher |
BBa_J04450 |
pSB4K5 |
Reporter |
2013-P5-5G |
1069 |
3419 |
RFP Coding
Device |
BBa_J04450 |
pSB3T5 |
Reporter |
2013-P5-7C |
1069 |
3241 |
RFP Coding Device |
BBa_J23022 |
BBa_J23006 |
Composite |
2013-P5-3H |
234 |
2356 |
[key3d][TT] |
W/N | Name | Type | Description | Designer | Length |
---|---|---|---|---|---|
W | BBa_K1036000 | Composite | lux pL controlled luxR with lux pR controlled ndh (LVA-tag) coding for NADH dehydrogenase II | Shengquan Zeng Zhaopeng Cheng | 2687 |
W | BBa_K1036001 | Coding | the ndh gene coding for respiratory NADH dehydrogenase II | Shengquan Zeng Zhaopeng Cheng | 1366 |
W | BBa_K1036003 | Composite | lux pL controlled luxR with lux pR controlled gfp (LVA-tag) | Xin GuoXi Xi | 4052 |
W | BBa_K1036006 | Composite | lux pL controlled luxR with lux pR controlled sfgfp (with LVA-tag) | Zhaopeng ChengXiyu Wu | 4046 |
W/N | Name | Type | Description | Designer | Length |
---|---|---|---|---|---|
W | BBa_K1036002 | Composite | gfp (with LVA-tag) under plux R control | Xin Guo Xi Xi | 2866 |
W | BBa_K1036004 | Reporter | sfgfp with LVA-tag | Zhaopeng ChengXiyu Wu | 753 |
W | BBa_K1036005 | Composite | sfgfp (with LVA-tag) under plux R control | Zhaopeng ChengXiyu Wu | 2880 |
Agarose Gel Electrophoresis Confirmation for all Plasmids
pSB1C3-gfp-luxI
This plasmid consists of two parts of target genes: gfp and luxI, and both of them are regulated by quorum sensing promoter. High copy number. (Fig.7-1)
Fig.7-1 AGE confirmation of plasmid pSB1C3-gfp-luxI construction |
pSB1C3-sfgfp-luxI
This plasmid consists of two parts of target genes: sfgfp and luxI, and both of them are regulated by quorum sensing promoter. sfGFP gene is included into this plasmid as a parallel experiment group of pSB1C3-gfp-luxI. High copy number. (Fig.7-2)
Fig.7-2 AGE confirmation of plasmid pSB1C3-sfgfp-luxI construction |
p3H-GFP-luxI
This plasmid consists of two parts of target genes: gfp and luxI, and both of them are regulated by quorum sensing promoter. Middle copy number. (Fig.7-3)
Fig.7-3 AGE of p3H-gfp construction |
p3H-sfGFP-luxI
This plasmid consists of two parts of target genes: sfgfp and luxI, and both of them are regulated by quorum sensing promoter. sfGFP gene is included into this plasmid as a parallel experiment group of pSB1C3-gfp-luxI. Middle copy number. (Fig.7-4)
Fig.7-4 AGE of p3H-sfgfp construction |
pSB3T5-aiiA
This plasmid has one target gene aiiA under the regulation of quorum sensing promoter. Middle copy number. (Fig. 7-5)
Fig.7-5 AGE confirmation of plasmid pSB3T5-aiiA construction |
pSB4K5-ndh
This plasmid has one target gene aiiA under the regulation of quorum sensing promoter. Low copy number. (Fig. 7-6)
Fig.7-6 AGE confirmation of plasmid pSB4K5-ndh construction |