Transfection Reagents

Green Fluorescent Protein (GFP) &ndash pVectOZ-GFP pVectOZ Transfection Plasmids are engineered in an optimized backbone and are ideal for all transfections. The transgene expression level depends mainly on the promoter, enhancer, terminator and

Green Fluorescent Protein (GFP) &ndash pVectOZ-GFP pVectOZ Transfection Plasmids are engineered in an optimized backbone and are ideal for all transfections. The transgene expression level depends mainly on the promoter, enhancer, terminator and

Green Fluorescent Protein (GFP) &ndash pVectOZ-GFP pVectOZ Transfection Plasmids are engineered in an optimized backbone and are ideal for all transfections. The transgene expression level depends mainly on the promoter, enhancer, terminator and

Green Fluorescent Protein (GFP) &ndash pVectOZ-GFP pVectOZ Transfection Plasmids are engineered in an optimized backbone and are ideal for all transfections. The transgene expression level depends mainly on the promoter, enhancer, terminator and

Green Fluorescent Protein (GFP) &ndash pVectOZ-GFP pVectOZ Transfection Plasmids are engineered in an optimized backbone and are ideal for all transfections. The transgene expression level depends mainly on the promoter, enhancer, terminator and

Green Fluorescent Protein (GFP) &ndash pVectOZ-GFP pVectOZ Transfection Plasmids are engineered in an optimized backbone and are ideal for all transfections. The transgene expression level depends mainly on the promoter, enhancer, terminator and

Green Fluorescent Protein (GFP) &ndash pVectOZ-GFP pVectOZ Transfection Plasmids are engineered in an optimized backbone and are ideal for all transfections. The transgene expression level depends mainly on the promoter, enhancer, terminator and

RmesFect™ CRISPR transfection Reagent based on the TEE-technology is specifically designed for mRNA/gRNA transfection with high efficiency and low toxicity. RmesFect™ is efficient in a large variety of cells.

SelfMag Transfection Kits, based on the Magnetofection&trade Technology, allow creating your own magnetic delivery system. The molecule of interest is covalently coupled by using the surface reactive carboxyl or amino groups of the magnetic

SelfMag Transfection Kits, based on the Magnetofection&trade Technology, allow creating your own magnetic delivery system. The molecule of interest is covalently coupled by using the surface reactive carboxyl or amino groups of the magnetic

SelfMag Transfection Kits, based on the Magnetofection&trade Technology, allow creating your own magnetic delivery system. The molecule of interest is covalently coupled by using the surface reactive carboxyl or amino groups of the magnetic

SelfMag Transfection Kits, based on the Magnetofection&trade Technology, allow creating your own magnetic delivery system. The molecule of interest is covalently coupled by using the surface reactive carboxyl or amino groups of the magnetic