Bio-Rad Bole Genepulserxcell
Bio-Rad Bole Genepulserxcell Electroporation system can introduce nucleotides, DNAs to RNA, proteins, glycans, dyes, and viral particles, and the like into prokaryotic and eukaryotic cells.
Electroporation is an efficient technique that is powerful to introduce nucleic acids, proteins, and other molecules into a variety of cells. Through high strength electric field, instantaneously increase the permeability of the cell membrane, thereby absorbing an exogenous molecule in the surrounding medium. This technique can introduce nucleotides, DNA to RNA, protein, glycos, dye, and viral particles, and the like. Electrical conversion relative to other physical and chemical conversion methods is a valuable and effective alternative. Gene Pulserxcell system design, based on Bio-RAD15, it is tired of electrohydration technology, which provides index wave and square wave type selection, system configuration selection, and friendly user interface.
Bio-Rad Bole Genepulserxcell Electric Piercing System Features:
1, index wave and square wave mode ensure that all cell types (prokaryotes and eukaryotic) can achieve optimal electrical conversion effects;
2, Bio-Rad patented PulsetRAC circuit and arc protection design to ensure repeatability and protect samples;
3, modular design can choose the system, user-friendly digital interface, with intuitive programming to control all parameters, including parameters of the accessory module. Including program selection of manual operation, preset procedures, user procedures, an optimization procedure and other advanced functions;
4, U.S. Patent 4,750,100 and 4,910,140.
Bio-Rad Bole Genepulserxcell
| Gene Pulser Xcell is completely unified Includes main unit, CE module, PC module |
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| Output | Waveness: Index decay or square wave; voltage: 10-3,000 V |
| Capacitance | 10-500 V, 25-3, 275 μF, 25 μF increment 500-3,000 V, 10, 25, 50 μF |
| Resistance (parallel) | 50-1,000 Ω, 50 Ω increment, endless |
| Sample resistance | 10-2, 500 V, minimum 20 Ω 2,500-3,000 V, minimum 600 Ω |
| Square wave time | 10-500 V: Duration 0.05-10 ms, 0.05 ms increment; Duration 10-100 ms, 1 ms increment, 1-10 pulses, interval 0.1-10 s 500-3,000 V: Duration 0.05-5 ms, 0.05 ms increment, 1-2 pulses, minimum interval 5s |
| Gene Pulser Xcell Qualal System
Includes main unit, CE module; |
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| Output and other specifications | In addition to non-parallel power resistance, output or the like is the same as the full system |
| Gene Pulser Xcell Microbiological System | |
| Includes main elements, PC modules | |
| Output | Waveness: Index decay or square wave Voltage: 200-3,000 V |
| Capacitance | 10, 25, 50 μF |
| Resistance (parallel) | 50-1,000 Ω increment 50 Ω, add infinite |
| Sample resistance | 200-2, 500 V, minimum 20 Ω 2,500-3,000 V, minimum 600 Ω |
| Square wave time | Duration 0.05-5 ms, 0.05 ms increment, 1-2 pulses, minimum interval 5s |
| Gene Pulser XCell main unit | |
| Output | Waveness: Index decay or square
Voltage: 200-3,000 V |
| Discharge capacitor | 10, 25, 50 μF |
| Sample resistance | 200-2, 500 V, minimum 20 Ω 2,500-3,000 V, minimum 600 Ω |
| Square wave time | Duration 0.05-5 ms, 0.05 ms increment, 1-2 pulses, minimum interval 5s |
| Conventional | |
| Input voltage | 100-120 VAC or 220-240 VAC, 50/60 HZ |
| Power supply | Maximum 240 w (during short discharge process) |
| Working Environment | Temperature 0-35 ° C, humidity 0-95% (no cold) |
| Safety certificate | EN61010, EMC EN61326 A level A safety certification |
| Size (w x d x h) | Main unit: 31 x 30 x 14 cm; CE module: 31 x 28 x 9 cm; PC module: 31 x 28 x 5 cm |
| Weight | Main unit: 6.6 kg; CE module: 3.1 kg; PC module: 1.9 kg |