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Principle: Utilizes an electric field to migrate charged molecules through a gel matrix. Use-Case: Separating DNA or protein fragments based on size for analysis.

Principle: Ions are separated based on their mass-to-charge ratio. Use-Case: Identifying and quantifying molecules, such as in metabolomics.

Principle: Separates proteins based on their isoelectric point (pI) in a pH gradient. Use-Case: Analyzing protein charge properties and purification.

Principle: Combines gel electrophoresis and antibody-based detection. Use-Case: Detecting specific proteins in a sample after their separation by size.

Principle: Molecules are separated by size through a gel filtration matrix. Use-Case: Separating proteins or polymers based on their hydrodynamic volume.

Principle: Molecules are separated based on size using a semi-permeable membrane. Use-Case: Removing small molecules or ions from proteins or nucleic acids in solution.

Principle: Uses centrifugal force to separate components in a mixture based on density differences. Use-Case: Separating cellular components such as nuclei, mitochondria from a cell lysate.

Principle: Combines isoelectric focusing and SDS-PAGE to separate proteins by charge and size. Use-Case: Comprehensive analysis of complex protein mixtures, like whole cell lysates.

Principle: Separates mixture components based on differential affinities to stationary and mobile phases. Use-Case: Purifying proteins or small molecules, such as in drug manufacturing.