Content
Catalogue number
Amount/price
Link
superBAC_wt
ST001
0.5 μg/$500.00
SuperBACintro.pdf 236.1 KB
superBAC_PDI
ST002
0.5 μg/$500.00
SuperBAC_PDIintro.pdf 234.4 KB
superBAC_cdc37
ST003
0.5 μg/$500.00
SuperBAC_cdc37intro.pdf 235.2 KB
pAcYM1
STV01
10 μg/$200.00
pAcYM1.pdf 295.3 KB
pAcYM1_L21
STV02
10 μg/$200.00
pAcYM1_L21.pdf 342.4 KB
pAc
STV03
10 μg/$200.00
pAc.pdf 293.6 KB
pAc_L21
STV04
10 μg/$200.00
pAc_L21.pdf 340.0 KB
pAcmcs1
STV05
10 μg/$200.00
pAcmcs1.pdf 293.9 KB
pAcmcs2
STV06
10 μg/$200.00
pAcmcs2.pdf 353.8 KB
pAcYM1-polyhdedin
STV11
10 μg/$200.00
BV_control_vector_polyhedrin.pdf 229.2 KB
pVL-GFP-his
STV12
10 μg/$200.00
BV_control_vector_GFP.pdf 255.0 KB
Baculovirus genomic DNA with polyhedrin
STV21
0.5 μg/$400.00
Baculovirus_Control_DNA_polh.pdf 244.9 KB
Baculovirus genomic DNA with GFP-his
STV22
0.5 μg/$400.00
Baculovirus_control_DNA_GFP.pdf 219.9 KB
Virus Titers by using superBAC
SuperBAC Baculovirus DNA
High Quality Baculovirus DNA
Low amount 0.1ug for one transfection
Direct infection for Protein Expression
SuperBAC Baculovirus DNA and Related Reagents
Sheatech, Inc has recently developed baculovirus genomic DNA derivatives (superBAC). There are three advantages of superBAC: high quality virus genomic DNA, 100% recombinant virus, and direct amplification for protein expression in Baculovirus Expression System (BVES).
SuperBAC provides a positive selection for creating baculovirus recombinants in preparation for generating recombinant protein expression in insect cells. SuperBAC is derived from a wild type AcMNPV genome, containing an ORF 1629 partial deletion, which prevents non-recombinant virus from replicating in insect cells. This baculovirus DNA significantly improves on the traditional method for generating recombinant baculovirus by eliminating the tedious and time-consuming steps of plaque purification.
SuperBAC is modified and integrated with folding protein genes, including PDI and cdc37, which are regulated by the baculovirus promoter. The folding protein genes remain in the recombinant virus genome after homologous recombination in sf9 insect cells.
Recently, superBAC derivatives, superBAC_PDI and superBAC_cdc37 with single modification, have also been constructed. Other products, with double modifications in baculovirus genome are also in progress and are coming soon.
If superBAC does not improve the folding of your protein of interest, you may need to consider using a different specific folding protein gene in the baculovirus genome. Please feel free to give us any suggestions and discuss with our scientists. We aim to provide excellent products and services for you and we are happy to construct custom superBAC derivatives, helping your research grow and succeed.