Hemoglobin electrophoresis uses an electric field to separate hemoglobin molecules based on differences in net...

Vendor: ASCP
Product: ASCP-MLT
Update on: Jan 7, 2026
Questions: 572

ASCP ASCP-MLT Question Answer

Hemoglobin electrophoresis uses an electric field to separate hemoglobin molecules based on differences in net electrical charge. The rate of electrophoretic migration is also dependent on the ionic radius of the molecule, the viscosity of the solution through which it is migrating, the electrical field strength, temperature, and the type of supporting medium used.

Electrophoretic separation of hemoglobin fundamentally relies on:

Size differences of molecules

Net charge differences of molecules

Concentration differences of molecules

Shape variations of molecules