| 1. | Dynamic electrophoretic mobility is similar to electrophoretic mobility that appears in electrophoresis theory.
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| 2. | Dynamic electrophoretic mobility is similar to electrophoretic mobility that appears in electrophoresis theory.
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| 3. | This method is used for measuring electrophoretic mobility and then calculating zeta potential.
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| 4. | Anionic dyes of a known electrophoretic mobility are usually included in the sample buffer.
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| 5. | Separated by differing electrophoretic mobilities, analytes migrate toward the electrode of opposite charge.
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| 6. | An electrophoretic mobility shift assay can assess whether a structure incorporates all desired strands.
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| 7. | Negatively charged analytes are retained longer in the capilliary due to their conflicting electrophoretic mobilities.
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| 8. | Electrophoretic mobility is low and this requires high electric field, by factor 10 and higher.
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| 9. | The technique can be extended to measure electrophoretic mobilities of large bacteria molecules at low ionic strengths.
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| 10. | The electrophoretic mobilities of these proteins will be a linear function of the logarithms of their molecular weights.
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