Nucleic Acid Introduction Reagents
Thermo Scientific™ Kit di trasformazione batterica TransformAid
Kit for quick and convenient preparation of competent E.coli cells for guaranted transformation efficiencies of more than 107 transformants per μg of plasmid DNA.
BTX™ BTXPress™ Electroporation Buffer
BTXPress™ Electroporation Buffer is a single buffer solution developed to quickly and efficiently deliver genes into mammalian cells that were previously considered hard to transfect by chemical and other non-viral methods.
MP Biomedicals™ EZ-Yeast™ Transformation Kit
Designed for high-throughput transformation with efficiencies up to 103 transformants per μg plasmid DNA. Perfect for a quick analysis of potentially positive two-hybrid colonies, the EZ-Yeast™ Transformation Kit does not require fully competent cells prior to transformation.
BTX™ BTXPress™ Electroporation Buffer Kit
BTXPress™ Electroporation Buffer Kit offers a single buffer solution developed to quickly and efficiently deliver genes into mammalian cells that were previously considered hard to transfect by chemical and other non-viral methods.
BTX™ BTXPress™ Cytofusion Medium C
BTXPress™ Cytofusion Medium C is designed to promote efficiency while preserving high cell viability during cell fusion.
DiscoverX KILR™ Retroparticles for Adherent Cells (Hygromycin B)
The KILR™ Retroparticles for Adherent Cells (Hygromycin B) are retroparticles for transducing cells of interest with PL to allow for cytotoxicity assays. Contains 4 vials of cryopreserved retroparticles. Resists Hygromycin B.
DiscoverX PathHunter™ β-Arrestin2 Retroparticles
The PathHunter™ β-Arrestin2 Retroparticles are retroparticles for transducing cells with β-Arrestin2-EA to allow for arrestin recruitment assays. Contains 4 vials of cryopreserved retroparticles.
DiscoverX KILR™ Retroparticles for Adherent & Suspension Cells (Hygromycin B)
The KILR™ Retroparticles for Adherent & Suspension Cells (Hygromycin B) are retroparticles for transducing cells of interest with PL to allow for cytotoxicity assays. Contains 2 vials ea of adherent/suspension retroparticles. Resists Hygromycin B.
DiscoverX KILR™ Retroparticles for Adherent Cells (G418)
The KILR™ Retroparticles for Adherent Cells (G418) are retroparticles for transducing cells of interest with PL to allow for cytotoxicity assays. Contains 4 vials of cryopreserved retroparticles. Resists G418.
DiscoverX KILR™ Retroparticles for Suspension Cells (G418)
The KILR™ Retroparticles for Suspension Cells (G418) are retroparticles for transducing cells of interest with PL to allow for cytotoxicity assays. Contains 4 vials of cryopreserved retroparticles. Resists G418.
TdB Labs AB 2000 kDa DEAE-dextran for Anion-exchange Chromatography
DEAE-dextran 2000 kDa is a high molecular weight, cationic polymer used in macromolecular complexation, chromatography, and virus-related studies. Its large size and strong charge enable aggregation, adsorption, and electrostatic interaction control.
TdB Labs AB 20 kDa DEAE-dextran for Transfection in Gene Therapy Studies
DEAE-dextran 20 kDa is a cationic dextran used in gene delivery, virus enhancement assays, and protein binding studies. Its intermediate size and positive charge support complex formation with nucleic acids and biomolecules in cell-based systems.
DiscoverX KILR™ Retroparticles for Suspension Cells (Hygromycin B)
The KILR™ Retroparticles for Suspension Cells (Hygromycin B) are retroparticles for transducing cells of interest with PL to allow for cytotoxicity assays. Contains 4 vials of cryopreserved retroparticles. Resists Hygromycin B.
TdB Labs AB 10 kDa DEAE-dextran for Transfection in Gene Therapy Studies
DEAE-dextran 10 kDa is a positively charged dextran derivative used in transfection, virus enhancement assays, and nucleic acid delivery. Its low molecular weight supports efficient uptake and controlled electrostatic interactions in cell systems.
TdB Labs AB 4 kDa DEAE-dextran for Transfection in Gene Therapy Studies
DEAE-dextran 4 kDa is a low molecular weight, cationic polysaccharide used in nucleic acid interaction studies and charge-modified formulations. Its small size enables rapid diffusion and precise electrostatic control in analytical systems.
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