Electrophoresis application field

Electrophoresis application field
Electrophoresis has been increasingly widely used in analytical chemistry, biochemistry, clinical chemistry, toxicology, pharmacology, immunology, microbiology, food chemistry and other fields. The phenomenon of charged particles moving towards electrodes with opposite symbols in a direct current electric field is called electrophoresis. In 1807, Ferdinand Frederic Reuss of Moscow University in Russia first discovered the electrophoresis, but it was not until Sweden's Tiselius established the boundary electrophoresis for protein separation in 1937 that the electrophoresis technology began to be applied. In the 1960s and 1970s, when filter paper, polyacrylamide gel and other media were introduced into electrophoresis, electrophoresis technology developed rapidly. The rich and colorful forms of electrophoresis make it widely used. In addition to the separation and analysis of small molecular substances, electrophoresis technology is mainly used for the research of proteins, nucleic acids, enzymes, even viruses and cells. Due to the simple equipment, convenient operation, high resolution, and selectivity of certain electrophoresis methods, they have become commonly used techniques in medical testing.
Electrophoresis, also known as electrocautery, electrophoretic paint, and electrodeposition. Founded in the 1960s, it was first applied as a car primer by Ford Motor Company. Due to its excellent anti-corrosion and rust prevention functions, it quickly gained widespread application in the military industry. In recent years, it has only been applied to the surface treatment of daily hardware. Due to its excellent quality and high environmental protection, it is gradually replacing traditional paint spraying.

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