BTX ECM 2001+ Electrofusion and Electroporation System

Tuesday, 04 February, 2020 | Supplied by: FB Australia


The BTX ECM 2001+ Electrofusion and Electroporation System is suitable for improving hybridoma production including hybrid cell formation, dendritic-tumour cell fusions, nuclear transfer and hybrid plant applications.

Hybridoma technology methods offer the ability to create immortalised lines of cells which produce specific monoclonal antibodies targeting antigens of interest. The resulting monoclonal antibody products are powerful tools for a variety of downstream applications which include basic biological or translational research, assay development and target discovery, diagnostics, and potential therapeutics.

Electrofusion instruments such as the BTX ECM 2001+ are suitable for hybridoma applications. The instruments utilise combinations of precise electrical pulses to efficiently align cells into pearl chain formations, fuse cytoplasmic compartments to create hybrid cells and stabilise the hybrid cells post-fusion. This process is efficient and offers flexibility to scale from a few cells at a time up to 100 million cells.

Unlike PEG-based cell fusion methods, electrofusion is less affected by lot-to-lot based variation of reagents or cytotoxicity issues. Additionally, the researcher may use an optically clear microslide or coaxial fusion chamber to view the cell alignment and fusion as it is happening for QC and optimisation purposes.

Online: www.fisherbiotec.com
Phone: 08 9382 3511
Related Products

Cayman Chemical Cellular Metabolism Screening Library

Cayman Chemical's Cellular Metabolism Screening Library consists of two plates and contains...

Navinci Diagnostics NaveniFlex Cell Red proximity ligation assay kit

Optimised for cell samples, the kit enables fluorescence visualisation of protein–protein...

Lonza TheraPEAK AmpliCell Cytokines and TheraPEAK 293-GT Medium

The products provide researchers and manufacturers with high-performance, scalable and...


  • All content Copyright © 2025 Westwick-Farrow Pty Ltd