Nucleotide Analogs - Jena Bioscience
Nucleotide Analogs - Jena Bioscience
Nucleotide Analogs - Jena Bioscience
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High-level inducible expression of target proteins in LEXSY<br />
Use of heterologous T7 polymerase-TET repressor system for high-level protein synthesis<br />
Uncoupling of target gene expression from host regulatory network for overexpression<br />
Expression Starter Kits – the easiest way to establish LEXSY in your laboratory<br />
Product Cat. No. Amount Price (€)<br />
Inducible LEXSY Starter Kit<br />
bleomycin selection<br />
(contains vector pTUBAPX1.4ble)<br />
Inducible LEXSY Starter Kit<br />
neomycin selection<br />
(contains vector pTUBAPX1.4neo)<br />
EGE-120 1 Kit 2250,--<br />
EGE-121 1 Kit 2250,--<br />
Each kit contains:<br />
- L. tarentolae T7-TR host strain expressing T7 polymerase and TET repressor as live suspension culture<br />
- 50 ml LEXSY Broth BHI - ready-to-go for initial inoculations<br />
- Components for preparation of 1 L LEXSY Broth BHI<br />
- Expression vector of choice with respective selection marker<br />
- The respective antibiotic for 1 L medium<br />
- 50 ml electroporation buffer (LV-HEB)<br />
- Primer sets for insert sequencing and diagnostic PCR<br />
- Manual with detailed description.<br />
The components of these kits are also available separately.<br />
Important Notice for LEXSY Kit Customers:<br />
Upon arrival of the kit, please process the live Leishmania tarentolae host strain culture immediately as described in the manual and transfer the kit components to<br />
the temperatures indicated. Failure of immediate processing as described may result in death of Leishmania cells.<br />
Expression vectors for inducible expression of target proteins in LEXSY<br />
Product Cat. No. Amount Price (€)<br />
LEXSY Inducible Expression<br />
Vector pTUBAPX1.4ble<br />
(bleomycin selection)<br />
LEXSY Inducible Expression<br />
Vector pTUBAPX1.4neo<br />
(neomycin selection)<br />
EGE-220 5 µg 480,--<br />
EGE-221 5 µg 480,--<br />
Expression vectors were designed for stable integration into host tubulin<br />
locus following linearization with PacI and PmeI.<br />
Simply transfect host strain T7-TR expressing T7 polymerase and TET<br />
repressor (LT-111) with your linearized expression plasmid.<br />
Induction of target protein expression is performed by addition of 1 mg/L<br />
tetracyclin.<br />
- Convenient insertion of target gene (X) by stuffer fragment replacement<br />
- Stable integration of expression cassette into host tubulin locus<br />
- Inducible transcription in T7 polymerase/TET repressor strain T7-TR<br />
Inducible protein expression in LEXSY with TET-repressor controlled T7 polymerase<br />
pTUBAPX1.4<br />
8 kbp<br />
X<br />
LEXSY<br />
These Starter Kits contain all essential components to engineer<br />
your inducible LEXSY.<br />
Simply transfect provided host expressing T7 polymerase and<br />
TET repressor with your expression plasmid.<br />
Induction of target protein expression is performed by addition of<br />
1 mg/L tetracyclin.<br />
Pmel<br />
Pacl<br />
EcoRI<br />
PT7op BgIII<br />
BamHI<br />
For host strain maintainment use optimized<br />
LEXSY antibiotics:<br />
LEXSY NTC (Nourseothricin) T7 polymerase<br />
LEXSY Hygro (Hygromycin) TET repressor<br />
For selection of recombinant L. tarentolae<br />
strains use optimized LEXSY antibiotics:<br />
LEXSY Bleo (Bleomycin) for ble vector<br />
LEXSY Neo (Neomycin) for neo vector<br />
LEXSY<br />
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