osome, leading to pH inhibition of endosomal nucleases, which ensures stability of SuperFectDNA complexes.

Due to highly controlled chemical synthesis the activated-dendrimer molecules in SuperFect Reagent have a precise size and a defined shape. This ensures consistent transfection-complex formation and reproducible transfection results.

Activated-Dendrimer Structure

Schematic representation of an activated dendrimer (1). Note the highly branched structure.
SuperFectDNA Interaction
Model of the SuperFectDNA complex. SuperFect Reagent (purple balls) interacts with DNA (black) to form a ring-like (toroid-like) structure. The upper right section of the illustration shows naked DNA, the lower section shows the interaction between dendrimers and DNA inside the complex, and the upper left section shows the final complete coverage of DNA within the complex. Procedure

SuperFect Transfection Reagent is provided as a ready-to-use solution. The reagent is simply added to the DNA solution, mixed, and incubated for 510 minutes to allow SuperFectDNA complexes to form. The complexes are mixed with growth medium (which can contain serum and antibiotics), and added directly to the cells. After a 23 hour incubation, a medium change is performed and the cells are incubated for expression of the transfected gene.

Applications

SuperFect Re
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