ICAfectin®

The “solutions” for your all transfections

A leader in transfection reagents

Launched in 2007, ICAfectin® transfection reagents are proprietary patented breakthrough synthetic vectors for in vitro nucleic acid delivery including DNA, siRNA, and mRNA and more recently recombinant proteins including antibodies and nuclear proteins such as Cas9.

ICAfectin® reagents are becoming the DNA, siRNA, mRNA Cas9:sgRNA transfection reagents of choice for a wide range of cell types including difficult-to-transfect cells.

ICAfectin® are well recognized transfection reagents in worldwide scientific publications (EMBO J, CELL reports, NAR, etc.).

 

 

 

ICAfectin®441 is broad spectrum reagent achieving DNA transfection in fibroblast, epithelial, endothelial, myoblast cell lines, monocytes, macrophages, ES cells and primary cells.

Download ICAfectin®441 Presentation and ICAfectin®441 Working Protocol

 

 

ICAfectin®442 is a broad spectrum reagent achieving siRNA transfection in fibroblast, epithelial, endothelial, myoblast, monocytes, macrophages, ES cells and primary cells.

Download ICAfectin®442 Presentation and ICAfectin®442 Working Protocol

 

 

 

ICAfectin®-mRNA is one of the most efficient transfection reagents for mRNA delivery inside a wide range of different cell lines and primary cells.

Download ICAfectin®-mRNA Presentation and ICAfectin®-mRNA Working Protocol

 

 

 

ICAfectin®-Cas9:sgRNA  is one of the most efficient transfection reagents for ribonucleoprotein complex delivery inside a wide range of different cell lines and primary cells.

Download ICAfectin®-Cas9:sgRNA Presentation and ICAfectin®-Cas9:sgRNA Working Protocol

 

Ask a free sample by sending an email to info@incellart.com

  • ICAfectin® Publications

Activities

  • ICAntibodies™

    ICAntibodies™, the discovery of next-generation therapeutic antibodies

  • ICAvaccine

    Production of the new "solution" for DNA or RNA vaccines

  • ICAtherapeutics

    mRNA Destination™, a novel technology for therapeutic protein production