RESUMEN
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 desktop printing and off-the-shelf components. The device is light weight (700â¯g), small (70â¯×â¯180â¯×â¯210â¯mm) and extremely low-cost (Asunto(s)
Técnicas Biosensibles
, ADN/genética
, Electroporación
, Técnicas de Transferencia de Gen/tendencias
, Investigación Biomédica/tendencias
, Biotecnología/tendencias
, Humanos
, Impresión Tridimensional/tendencias