Electrophoresis system

An electrophoresis system comprising:

• an electrophoresis apparatus including:
• a plurality of capillaries in which electrophoresis of samples are respectively performed;
• a light source that irradiates detection positions of the capillaries with light;
• a detector that detects light generated by the irradiation with the light by the light source and depending on components contained in the samples;
• and
• a buffer storage unit into which one ends of the plurality of capillaries are inserted at a time of the electrophoresis of the sample and in which a buffer is stored;
• and
• a computer that controls the electrophoresis apparatus,
• wherein the buffer storage includes a plurality of individual buffer vessels into which the plurality of capillaries are inserted one by one,
• wherein the plurality of individual buffer vessels include different samples containing components with different base lengths and the plurality of capillaries are configured to perform electrophoresis on the different samples, and
• wherein the electrophoresis apparatus is configured to cancel a spatial crosstalk by calculating a ratio of the spatial crosstalk between different capillaries that constitute the plurality of capillaries based on fluorescence signals from each of the capillaries that the detector acquired and subtracting a contribution of the spatial crosstalk based on the ratio.

An electrophoresis system comprising:

• wherein an electrophoresis apparatus including
• a plurality of capillaries in which electrophoresis of a sample is performed,
• a light source that irradiates detection positions of the capillaries with light,
• a detector that detects light generated by the irradiation with the light by the light source and depending on components contained in the sample, and
• a buffer storage unit into which one ends of the plurality of capillaries are inserted at a time of the electrophoresis of the sample and in which a buffer is stored;
• and
• a computer that controls the electrophoresis apparatus,
• wherein the computer is configured to control the electrophoresis by the electrophoresis apparatus for each of a plurality of types of electrophoresis operational modes, and
• wherein the plurality of types of electrophoresis operational modes include a first mode in which a temperature gradient occurs in the buffer, and a second mode in which timings of injecting the sample into the plurality of capillaries are changed, and
• wherein the electrophoresis apparatus is configured to cancel a spatial crosstalk by calculating a ratio of the spatial crosstalk between different capillaries that constitute the plurality of capillaries based on fluorescence signals from each of the capillaries that the detector acquired and subtracting a contribution of the spatial crosstalk based on the ratio.