There is an upper and a lower buffer chamber in the acrylic vertical electrophoresis tank. To stop gel leakage, the gadget features two gel perfusion frames and carefully aligned glass plates. The gel is sealed off from the air by an integrated ridge, which also keeps polymerization reactions from happening inside the gel. With gel electrophoresis, the vertical electrophoresis tank facilitates the effective separation and examination of macromolecules, including proteins, RNA, and DNA. This type can run one or two gels at a time and holds sample combs for ten or fifteen samples.
Vertical Electrophoresis Tank Specifications:
Vertical Gel Electrophoresis Tank Features:
- High-strength, highly transparent material injection moulding provides excellent physical strength and durability, better structural stability and compressive strength.
- Transparent appearance design is simple and beautiful, and adopts special glue making rack, easy and reliable glue making operation.
- The integrated design of glass gasket avoids glue leakage and ensures the sealing performance of electrophoresis equipment.
- Flat plate instead of concave plate, not easy to be damaged and low price.
- High purity platinum electrode, greatly improve the conductivity and corrosion resistance.
- Limit function of the upper cover ensures that the polarity of the electrode will not be wrongly connected.
Details of Gel Electrophoresis Tank:
The vertical electrophoresis tank’s transparent tank allows users to monitor the process in real time, ensuring better control and accuracy during experiments. In addition, the robust construction ensures durability and longevity of the equipment.
FAQ
Vertical VS Horizontal Electrophoresis Tanks
Vertical electrophoresis tanks are ideal for protein separation and identification. In a vertical electrophoresis system, the buffer can only pass through the gel, allowing for precise voltage control during the experiment. If a polyacrylamide gel with a smaller pore size is used, vertical gel electrophoresis can achieve greater separation and resolution than horizontal systems. However, horizontal gel electrophoresis systems are sometimes preferred over vertical systems because they are easy to use.
