Vertical Electrophoresis LC-VE101
Vertical Electrophoresis LC-VE101 works by gel-based separation and adopts a gel-running design with one-structure glue-making. It can complete the gel-making and gel-running process without disassembling the electrophoresis glass. It is compatible with gel-running electrophoresis meeting the specifications of pre-cast gel. Featured with various styles of 1.5 mm, 1mm, and 0.75 mm electrophoresis glasses satisfying the need of the various experimental capacities.
Specifications
| Maximum Volume of Buffer Solution |
500 mL |
|---|---|
| External Dimensions (L×W×H) |
External Dimensions (L×W×H) |
| Gel Size / Transfer Size |
185×108×125 mm |
| Maximum Supply Voltage |
Gel size 83×73 mm |
Features
- This product works by the gel-based electrophoretic separation method
- Suitable for gel-running electrophoresis needs with a pre-cast gel
- This product adopts the one-structure glue-making and gel-running design, which can complete the process without disassembling the electrophoresis glass
- A new type of clamping structure guarantees no leakage
- This product is made of polymer material and can be used in ice baths to assist in heat dissipation to ensure that the product is not deformed or broken during electrophoresis to ensure stable experimental results
- Single tank design that can be compatible with electrophoresis and transfer using the one-tank experiment, reducing the space required for the experimental equipment
- Various styles of 1.5mm, 1mm, and 0.75mm electrophoresis glasses can be used to meet the needs of different experimental capacities
- This product adopts 0.2mm diameter high purity 99.99% platinum wire as the electrode for electrophoresis, which is resistant to high temperature and corrosion and does not participate in the electrochemical redox reaction, and does not interfere with the experimental data
Applications
- Electrophoresis has a wide range of applications in the field of biochemistry, both in research and diagnostics mainly in the separation of biological molecules such as amino acids, molecules of higher relative molecular masses such as proteins and polynucleotides (including RNA and DNA molecules).