Transfection Of Difficult-To-Transfect Zebrafish (Danio rerio) ZF4 Cells Using Chemical Transfection and Nucleofection Method
Rizka Rahmana Putri, Christian Larbi Ayisi
Abstract
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Rizka Rahmana Putri, Christian Larbi Ayisi
Abstract
Open-access reader
ABSTRACTTransfection is a powerful tool for introducing foreign DNA into target cells. Many kits and methods are offered to simplify the process of introducing foreign DNA into cells. ZF4 is a cell type derived from zebrafish that is difficult to transfect. The majority of studies involving transfection into cells require transfection efficiency 70%. Our research demonstrates transfection using 2 kinds of methods, namely chemical transfection using X-tremeGene HP and electroporation-based transfection using a nucleofector device which will later be called Nucleofection. Our results show that transfection using electricity (Nucleofection) provides better transfection efficiency than chemical transfection (X-tremeGene HP).Keywords: maxGFP, nucleofection, transfection, zebrafish (Danio rerio), ZF4 cells
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ABSTRACTTransfection is a powerful tool for introducing foreign DNA into target cells. Many kits and methods are offered to simplify the process of introducing foreign DNA into cells. ZF4 is a cell type derived from zebrafish that is difficult to transfect. The majority of studies involving transfection into cells require transfection efficiency 70%. Our research demonstrates transfection using 2 kinds of methods, namely chemical transfection using X-tremeGene HP and electroporation-based transfection using a nucleofector device which will later be called Nucleofection. Our results show that transfection using electricity (Nucleofection) provides better transfection efficiency than chemical transfection (X-tremeGene HP).Keywords: maxGFP, nucleofection, transfection, zebrafish (Danio rerio), ZF4 cells
Key concepts: Nucleofection, Transfection, Zebrafish, Electroporation, Cell biology, Danio, Molecular biology, Biology