Based on a novel in-tip electroporation technology, Microporation guarantees essential quality for achieving successful transfection results. During Microporation, genetic materials are efficiently delivered to target cells which are located within a long capillary tip. By doing so, Microporation eliminated a number of harmful effects of traditional cuvette-based electroporation methods such as pH variation, temperature rising, turbulence, and metal ion generation. Now Microporation offers the easiest and most successful gene delivery method for hard-to-transfect cells including primary cells, neuronal cells, and stem cells. Moreover, Microporation is suitable for various applications (siRNA, protein transfection, luciferase assay etc.) in which gene transfer is the key to successful experiments.
|
