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- Schmitt, Max A.; Friedrich, Oliver; Gilbert, Daniel F.
- Biosensors & bioelectronics 2019 v.131 pp. 95-103
- DNA; absorbance; agar; bacteria; biomedical research; biosensors; biotechnology; cell suspension culture; cultured cells; education; electroporation; gene transfer; genetic engineering; heat; infrastructure; mammals; nanomaterials; quantitative analysis
- ... Electroporation has been a widely established method for delivering DNA and other material into cells in vitro. Conventional electroporation infrastructure is typically immobile, non-customizable, non-transparent regarding the characteristics of output pulses, and expensive. Here, we describe a portable electroporator for DNA delivery into bacterial cells that can quickly be reconstructed using 3D ...