|Dimensions (L*W*H) mm||185x108x125||185x108x125|
|Gel size/transfer size (mm)||Gel size 83×73||Transfer size 70×90|
|Maximum volume of buffer (ml)||500||500|
Electrophoresis technology is widely used in biological research, analytical chemistry, clinical chemistry, toxicology, pharmacology, immunology, food chemistry and other fields.
In a DC electric field, the phenomenon in which charged particles move toward electrodes with opposite signs is called electrophoresis. Small molecules can be separated and analyzed by electrophoresis, and electrophoresis is commonly used in modern medicine to study proteins, nucleic acids, enzymes and even virus cells.
Electrophoresis can not only be used for protein separation and content determination, but also has many new applications in immunological experiments. For example: Hepatitis B antigen (HBAg) electrophoresis assay for the diagnosis of hepatitis B, alpha-fetoprotein (AFP) electrophoresis assay for the diagnosis of primary liver cancer, etc.
2. Product Features
a. Using the in-situ gel-making mode, the gel-making and running process can be completed without disassembling and assembling the electrophoresis glass, and it is compatible with the running and electrophoresis requirements of the pre-cast gel products of this model.
b. The glue base is specially designed and locked by non-spring buckles to avoid glue leakage caused by insufficient spring pressure or aging.
c. The uniquely designed card plate is matched with the whole gland, so that the glass plate can be sealed by squeezing the sealing strip, avoiding the phenomenon of liquid leakage due to the side card not being lifted in place.
d. It can be adapted to glass plates and glue-making combs with various thickness intervals (1.5mm, 1mm , 0.75mm) to meet the needs of different sample volumes.
e. This electrophoresis instrument requires less electrophoresis buffer, and a minimum of 300mL can complete electrophoresis experiments.
f. Can be used with SVT-2 transfer electrophoresis tank..