Transfection Reagents
What are the reagents used in transfection? Transfection is the process of introducing genetic material and molecules, including DNA, RNA, and proteins into eukaryotic cells for gene expression, gene knockdown, and many other applications. Transfection uses various physical, chemical, or biological methods and reagents to facilitate the transfer of the foreign material. Comparatively, bacterial transformation and viral transfection (viral transduction) are similar techniques that are suitable for transferring materials into different cell types for diverse downstream applications. For incremental innovations, day after day, choose transfection reagent essentials that are the foundation of great work, not a variable that undermines it.
With our acquisition of Mirus Bio, we are proud to offer a significant expansion of our broad-range transfection solutions, viral vector production enhancers, and numerous molecular reagents that reliably take your workflow from the bench to the bioreactor. Through this partnership, we reaffirm our commitment to supporting our customers in advancing cell and gene therapies. With trusted products that support the delivery of nucleic acids into various cell types, including TransIT® transfection reagents and kits, we now offer Mirus Bio’s world-class product offerings and scientific experience. Mirus Bio products will be added to our product selection offerings soon. However, you can easily discover the best Mirus Bio Reagents for your ground-breaking discoveries and step toward advancing your next-generation therapy on the Mirus Bio platform now.
Products
Calcium Phosphate, Lipid and Polymer-based Transfection Reagents for Delivering DNA, siRNA, miRNA, and CRISPR/Cas Components
The introduction of plasmid DNA or RNA into mammalian and insect cells has become routine in research labs. High-efficiency transfection in nearly any cell type can be achieved thanks to the wide variety of reagents that are currently available. We cover a variety of popular transfection reagents, including our Escort™ lipid reagents, NeuroPorter™ neuronal-specific reagent, X-tremeGENE™, and Genejuice transfection reagents. For help selecting the right reagent for your cells, explore our wide selection of transfection reagents within the product selection table or our Molecular Cloning and Protein Expression resource page for related products.
X-tremeGENE™ Roche Transfection Reagents
With a joint commitment to enable your next discovery, we exclusively offer the complete portfolio of Roche X-tremeGENE™ transfection reagents. Roche, X-tremeGENE™, transfection reagents provide efficient delivery of DNA, siRNA, miRNA, and CRISPR/Cas9 components for common and difficult-to-transfect cell lines. The X-tremeGENE™ products are easy to optimize for your application needs and produce minimal toxicity.
Explore the X-tremeGENE™ Transfection Reagents General Recommendations guide to compare products.
Related Product Resources
- Brochure: Genomics
Streamline your molecular biology workflow.
- Flyer: X-tremeGENE™ 360 Transfection Reagent
Universal polymer transfection reagent for a broad range of applications and cell lines.
- Article: X-tremeGENE™ Transfection Reagents Comparison Guide
Explore our X-tremeGENE™ transfection reagent recommendations guide for the cell type and application best suited for your specific needs.
- Article: Introduction to Transfection vs Transduction and Protocols
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Kombinujte zaručené sgRNA s naší komplexní řadou produktů a nástrojů CRISPR, včetně Cas9 a dodávacích činidel, pro efektivní modifikaci genomu s vyšší specifičností.
- Article: Genome Editing in Plants with CRISPR/Cas9
Zinc finger nucleases (ZFNs), were introduced by Sigma-Aldrich less than 8 years ago, but in that time the technology of targeted genome editing has advanced rapidly. Most recently, the discovery of the CRISPR/Cas9 pathway has accelerated interest in this field, opening up new possibilities for research and development.
- Gene Editing 101 eBook
Learn how to understand, design and perform CRISPR experiments, as well as design gRNA, choose a Cas9 format, screen with CRISPR, use advanced CRISPR formats, and much more…
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