Linked from

The 13 pages that link to Capillary electrophoresis, each with the reason it gives.

• DNA profilingRelated: It separates amplified DNA fragments by size to reveal STR alleles.

• ElectrophoresisBroader topic: It applies electrophoretic separation to rapid, high-resolution chemical analysis.

• Chiral chromatographyCompared with: Chiral selectors can also distinguish enantiomers in solution, but separation is driven by electrophoretic mobility.

• Mobile phaseCompared with: Its liquid buffer supports transport, while electrophoretic mobility drives separation.

• Forensic geneticsRelated: It separates amplified DNA fragments by length to produce STR allele measurements.

• Agarose gel electrophoresisCompared with: It can automate and quantify separations that agarose gels display as bands.

• Sanger sequencingRelated: It separates labeled Sanger fragments by length for detection.

• DNA fingerprintingRelated: It separates amplified STR fragments and estimates their lengths.

• Ion chromatographyCompared with: It separates ions mainly by electrophoretic mobility rather than stationary-phase exchange.

• FormamideRelated: Formamide can denature nucleic acids in electrophoretic sample preparation.

• Gel electrophoresisCompared with: It replaces the slab gel with a capillary and supports automated, rapid analyses.

• Electrokinetic flowsBroader topic: It exploits electrophoretic mobility and electro-osmotic flow to separate molecules.

• Nanofluidic devicesCompared with: It shares electrical driving forces but usually operates in channels too large for strong molecular confinement.