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(5)   

• Measuring the translational diffusion coefficients of small DNA molecules by capillary electrophoresis
  N. C. Stellwagen and S. Magnusdottir and C. Gelfi and P. G. Righetti Biopolymers58(4):390--397April2001.
  to PROTEINS; PEPTIDES; MODEL; ELECTROPHORESIS; FRAGMENTS; ZONE DYNAMIC SALT SOLUTION FREE LIGHT-SCATTERING; DISPERSION; GEL; MOBILITY; by kaigrass on Jun 15, 2007, 5:33 PM
  BibTeX 
• The theory of DNA separation by capillary electrophoresis
  G. W. Slater and M. Kenward and L. C. McCormick and M. G. Gauthier Current Opinion in Biotechnology14(1):58--64February2003.
  to GEL-ELECTROPHORESIS; MOBILITY; review, REPTATION theory, SINGLE-STRANDED-DNA; POLYMER-SOLUTIONS; 3-DIMENSIONAL OBSTRUCTION-SCALING GELS; SOLVABLE experiment, OGSTON DIFFUSION; ENTANGLED MOLECULES; MODEL; by kaigrass on Jun 15, 2007, 5:33 PM
  BibTeX 
• Theory of DNA electrophoresis (similar to 1999-2002(1)/(2))
  G. W. Slater and S. Guillouzic and M. G. Gauthier and J. F. Mercier and M. Kenward and L. C. McCormick and F. Tessier Electrophoresis23(22-23):3791--3816November2002.
  to SOLUTION BOND OBSTRUCTION-SCALING ULTRADILUTE OGSTON FLUCTUATION theory, MODEL; DIFFUSION-COEFFICIENTS; MONTE-CARLO-SIMULATION review, experiment, BOUNDARY-CONDITIONS; OBJECTS; POLYMER-SOLUTIONS; PERIODIC MOLECULAR SOLVABLE EXACT METHOD; CAPILLARY-ELECTROPHORESIS; SINGLE-STRANDED-DNA; COMPOSITE by kaigrass on Jun 15, 2007, 5:33 PM
  BibTeX 
• Theory of DNA electrophoresis: A look at some current challenges
  G. W. Slater and C. Desrulsseaux and S. J. Hubert and J. F. Mercier and J. Labrie and J. Boileau and F. Tessier and M. P. Pepin Electrophoresis21(18):3873--3887December2000.
  to PULSED-FIELD GELS experiment, POLYMER-SOLUTIONS; GEL-ELECTROPHORESIS; theory, LOW-VISCOSITY POLYMER; AGAROSE SOLVABLE CAPILLARY-ELECTROPHORESIS; ELECTROPHORESIS; review, ULTRADILUTE DNA; END-LABELED TRAPPING MODEL; OGSTON SINGLE-STRANDED-DNA; by kaigrass on Jun 15, 2007, 5:33 PM
  BibTeX 
• Stochastic simulations of DNA in flow: Dynamics and the effects of hydrodynamic interactions
  R. M. Jendrejack and J. J. de Pablo and M. D. Graham Journal Of Chemical Physics116(17):7752--7759May2002.
  to FLOW; DYNAMICS; ELASTICITY; MOLECULES; POLYMERS; MOTION; FIELD FLEXIBLE ELONGATIONAL SINGLE-POLYMER SHEAR-FLOW; MODEL; CHAIN; by kaigrass on Jun 15, 2007, 5:33 PM
  BibTeX