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Electrophoresis is a scientific principle where particles suspended in a fluid which is subjected to a stable magnetic field will migrate in a single direction. In many medical tests, this technique is used to separate proteins from other materials in a sample. It is particularly useful in the research of DNA and RNA and can show how proteins bind to those molecules. It is capable of separating proteins by size, density and purity.

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  • Electrophoresis
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  • Electrophoresis is a scientific principle where particles suspended in a fluid which is subjected to a stable magnetic field will migrate in a single direction. In many medical tests, this technique is used to separate proteins from other materials in a sample. It is particularly useful in the research of DNA and RNA and can show how proteins bind to those molecules. It is capable of separating proteins by size, density and purity.
  • Electrophoresis occurs because particles dispersed in a fluid almost always carry an electric surface charge. An electric field exerts an electrostatic Coulomb force on the particles through these charges. Recent molecular dynamics simulations, though, suggest that surface charge is not always necessary for electrophoresis and that even neutral particles can show electrophoresis due to the specific molecular structure of water at the interface. Electrophoresis is the motion of dispersed particles relative to a fluid under the influence of a spatially uniform electric field.
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abstract
  • Electrophoresis is a scientific principle where particles suspended in a fluid which is subjected to a stable magnetic field will migrate in a single direction. In many medical tests, this technique is used to separate proteins from other materials in a sample. It is particularly useful in the research of DNA and RNA and can show how proteins bind to those molecules. It is capable of separating proteins by size, density and purity.
  • Electrophoresis occurs because particles dispersed in a fluid almost always carry an electric surface charge. An electric field exerts an electrostatic Coulomb force on the particles through these charges. Recent molecular dynamics simulations, though, suggest that surface charge is not always necessary for electrophoresis and that even neutral particles can show electrophoresis due to the specific molecular structure of water at the interface. Electrophoresis is the motion of dispersed particles relative to a fluid under the influence of a spatially uniform electric field.
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