SCIENTZ-2C1 gene introduction instrument Introduction: The SCIENTZ-2C1 gene introduction instrument consists of an instrument host, a gene introduction cup, and a dedicated connecting line. It mainly uses electrical transformation to transfer DNA into receptive cells, animal and plant cells, and yeast cells. Compared with other methods, the gene introduction instrument method has the advantages of high repeatability, high efficiency, easy operation, and quantitative control. At the same time, electroporation has no genotoxicity, and has become an indispensable basic technology in molecular biology. characteristic: High efficiency, short conversion time, high conversion rate, and excellent repeatability Intelligent storage: It can store experimental parameters for easy access by users 3. Precision control uses microprocessor controlled pulse discharge 4. Beautiful appearance, integrated design of the entire machine, intuitive display, and simple operation Technical parameters: Model: SCIENTZ-2C Pulse form: exponential attenuation High voltage output voltage: 401-2500V Low voltage output voltage: 50-400V High voltage capacitance: 1, 5, 6, 25, 26, 30, 31 μ F Low voltage capacitance: 50 μ F、100 μ F、125 μ F、150 μ F...1575 μ F. With 25 μ F step Parallel connection resistance: 50 Ω, 100 Ω, 150 Ω 1600 Ω and infinite gear, 32 gears in total Operating system: microcomputer control Time constant: with RC time constant, adjustable Overall dimension of main machine: 46 * 30 * 19cm Net weight of main engine: 10.5kg Package size: 560 * 350 * 310mm
Introduction: The SCIENTZ-2C1 gene introduction instrument consists of an instrument host, a gene introduction cup, and a dedicated connecting line. It mainly uses electrical transformation to transfer DNA into receptive cells, animal and plant cells, and yeast cells. Compared with other methods, the gene introduction instrument method has the advantages of high repeatability, high efficiency, easy operation, and quantitative control. At the same time, electroporation has no genotoxicity, and has become an indispensable basic technology in molecular biology.
