Gel electrophoresis is a technique used to separate charged particles, such as proteins and nucleic acids, based on their size and charge by applying an electric field. It is widely used in life sciences, clinical chemistry, and research applications.
Key features include an in situ glue making mode, a rubber base design for stability, an optimized glass plate design for uniform glue thickness, and minimal electrophoresis solution requirement.
This equipment requires only 300ml of electrophoresis solution, which enhances efficiency and reduces waste.
This equipment is suitable for a variety of applications, including protein separation, diagnosis of diseases, immunological experiments, and viral studies.
Yes, it can be used with the SVT-2 transfer electrophoresis tank for seamless integration.
The external dimensions of the equipment are 185 mm in length, 108 mm in width, and 125 mm in height.
The maximum supply voltage for this electrophoresis equipment is 200 V.
The rubber base design eliminates the need for spring knobs, which reduces the risks of spring aging and improper sealing, ensuring greater reliability during operation.
This equipment supports a gel size of 83x73 mm.
Yes, it is commonly used in clinical tests, including the diagnosis of diseases such as hepatitis B and primary liver cancer.
This equipment can analyze proteins, nucleic acids, enzymes, and even virus cells.
The anti-reverse design prevents the reversal of poles during operation, ensuring consistent and reliable results.
While basic training on electrophoresis techniques is beneficial, this equipment is designed for ease of use in laboratory settings.
The maximum volume of buffer solution that can be used with this equipment is 500 mL.
Industries such as life sciences, analytical chemistry, clinical chemistry, pharmacology, immunology, and the food industry can benefit from this equipment.
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