NEW! flashBAC™ Baculovirus Expression System

For high yield protein production in insect and mammalian cells

  Product No. Quantity Price Add to Cart
flashBAC™ Baculovirus Expression System
  MIR 6115 5 Reactions $280.00
  MIR 6120 24 Reactions $1,213.00
flashBAC™ GOLD Baculovirus Expression System
  MIR 6125 5 Reactions $713.00
  MIR 6130 24 Reactions $1,937.00
flashBAC™ ULTRA Baculovirus Expression System
  MIR 6135 5 Reactions $734.00
  MIR 6140 24 Reactions $2,111.00

Product Overview

flashBAC™ Baculovirus Expression Systems are a streamlined platform for the production of recombinant baculoviruses. Genetic optimization of the Autographa californica nucleopolyhedrovirus (AcMNPV) genome yields recombinant virus in a single step and eliminates the need for separation of recombinant and parental virus by plaque purification. flashBAC™ systems and pOET Insect and BacMam Transfer Plasmids are optimized for use with TransIT®-Insect Transfection Reagent.

Benefits of the flashBAC™ system include:

  • Ease-of-Use – Single-step baculovirus generation in insect cells, no plaque purification required
  • Compatibility – Ready to use with most transfer vectors, including BacMam
  • More Protein – High recombinant protein yields

Figures and Data

flashBAC™ Systems offered by Mirus Bio:

System Description
flashBAC™ The original flashBAC™ expression vector. Protein expression and secretion is improved by deletion of the chitinase gene from the AcMNPV genome. Optimal for expression of most nuclear or cytoplasmic proteins.
flashBAC™ GOLD Builds upon the basic flashBAC™ technology with the deletion of the chitinase and cathepsin protease genes from the AcMNPV genome. This system is ideal for high levels of expression of membrane and secreted proteins as well as proteins that are more susceptible to degradation.
flashBAC™ ULTRA The most advanced flashBAC™ vector system, optimized by deletions in the chitinase, cathepsin, p10, p74 and p26 genes. The ideal system for the most difficult to express proteins including nuclear, cytoplasmic, membrane and secreted proteins.
Additional details on the genetic modifications included in the flashBAC™ systems are described in Hitchman et al. 2010.

What makes the flashBAC™ Baculovirus Expression System better than other systems?

flashBAC System Compared to Other Leading Systems
 
 

Baculodirect

 

BacPAK

 
 
 

How does the flashBAC™ Baculovirus Expression System work?

flashBAC Overview

flashBAC™ Overview

flashBAC™ DNA Features: flashBAC™ DNA contains a bacterial artificial chromosome (BAC) that enables manufacturing of recombinant virus DNA in E. coli. lef2 and ORF1629 sequences flanking the BAC (in the flashBAC™ DNA) or gene of interest (in the transfer vector) allow for efficient homologous recombination in insect cells. A deletion in ORF1629 prevents replication of parental virus in insect cells. Deletion of the chitinase gene (chiA) maximizes production of secreted proteins and membrane-targeted proteins in insect cells.

Construction of Recombinant Virus Using flashBAC™: For baculovirus production, flashBAC™ DNA is mixed with transfer vector plasmid DNA containing the gene of interest to be inserted into the virus genome. Following co-transfection into insect cells, homologous recombination simultaneously removes the BAC, inserts the gene of interest and and restores ORF1629 allowing the production of infectious virus which can be harvested from the culture medium. Recombinant baculovirus can be used for subsequent transduction of insect or mammalian cells for protein expression.

flashBAC™ Systems and pOET vectors are sold by Mirus Bio through partnership with Oxford Expression Technologies, Oxford, UK.

Product Resources

Specifications

Storage Conditions:
All Configurations: Store flashBAC™ DNA at 4°C and control plasmid at –20°C

Product Guarantee:
All Configurations: 1 year

Technical Product Literature


Additional Resources

COA Lookup

Download Certificates of Analysis

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