The non-viral transfection of genetic material into cells, also known as gene delivery, is simplified by commercially available reagents and kits. The appropriate method for gene delivery depends on the type of cell and genetic material. Plasmid DNA, siRNA, proteins, and antibodies are transfected into cells using methods such as liposomes, calcium phosphate, and electroporation. Proficient stable or transient cell lines are generated using established cell lines, primary cells or stem cells with the appropriate transfection method. In vivo transfection reagents are offered with markers, such as Neomycin resistance. In addition to basic transfection kits, enhancement compounds can be used to increase the efficiency of the selected transfection treatment. A diverse range of transfection products is available to match the required gene delivery method.
CRISPR has already infiltrated every sector of our lives.
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Research question and sample type are two importance parameters
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The MilliSentials™ Lab Labeling System provides a complete laboratory labeling solution with laboratory grade labels, a compact WIFI capable printer, and custom-designed laboratory labeling software. Features:
Laboratory grade labels
Labels can ...
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The Sapphire FL Biomolecular Imager is a field-upgradable laser scanner, with a wide selection of user-adjustable lasers and filters. It features 5-micron resolution, adjustable Z-plane focus and a wide field of view of 25cm X 25cm. Applications ...
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The Neon Transfection System 100 µL Kit was used with the Neon Transfection System to deliver siRNA into primary immune cells, and the results have been excellent and highly reproducible.
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Lipofectamine has been my default choice whenever transfection efficiency is critical. It consistently delivers strong expression levels with straightforward protocols and minimal troubleshooting in commonly used cell lines. The main drawback is cost...
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