493 - 494 |
Fundamentals of electrophoresis 2007 - In memoriam of Andreas Chrambach Gas B |
495 - 498 |
A productive and happy research laboratory: Conditions for its creation and management Chrambach A |
499 - 500 |
The origin of the Ferguson plot Ferguson KA |
501 - 504 |
A decade of electrophoretic experiments and computer simulation studies in the laboratory of Andreas Chrambach Tietz D |
505 - 507 |
Andreas Chrambach and Rene Descartes: Plutarch's parallel lives? Righetti PG |
508 - 511 |
Shotgun electroelution: A proteomic tool for simultaneous sample elution from whole SDS-polyacrylamide gel slabs Antal J, Banyasz B, Buzas Z |
512 - 524 |
Computer-assisted 2-D agarose electrophoresis of Haemophilus influenzae type B meningitis vaccines and analysis of polydisperse particle populations in the size range of viruses: A review Tietz D |
525 - 534 |
FluoMEP: A new genotyping method combining the advantages of randomly amplified polymorphic DNA and amplified fragment length polymorphism Chang A, Liew WC, Chuah A, Lim Z, Lin QF, Orban L |
535 - 544 |
Investigation of hormone activity in butterfly imaginal wing discs by protein expression pattern changes Cieslak A, Vogler AP, Lafranchi-Tristem N, Dunn MJ, Westbrook JA |
545 - 555 |
The Alpher, Bethe and Gamow of IEF, the alpha-Centaury of electrokinetic methodologies. Part II: Immobilized pH gradients Righetti PG |
556 - 571 |
Counter-flow gradient electrofocusing Shackman JG, Ross D |
572 - 586 |
Modeling and simulation of IEF in 2-D microgeometries Shim J, Dutta P, Ivory CF |
587 - 594 |
pH transients during salt removal in isoelectric trapping separations: A curse revisited Shave E, Vigh G |
595 - 610 |
Electrokinetic transport and separations in fluidic nanochannels Yuan Z, Garcia AL, Lopez GP, Petsev DN |
611 - 626 |
Fluid dynamics in capillary and chip electrochromatography Nischang I, Tallarek U |
627 - 634 |
Solute separation in nanofluidic channels: Pressure-driven or electric field-driven? Xuan XC, Li DQ |
635 - 643 |
Analysis of electrokinetic pumping efficiency in capillary tubes Chein RY, Liao JC |
644 - 657 |
Transport and deformation of droplets in a microdevice using dielectrophoresis Singh P, Aubry N |
658 - 664 |
Analysis of electrokinetic transport of a spherical particle in a microchannel Unni HN, Keh HJ, Yang C |
665 - 673 |
Theory of band broadening during cycling temperature capillary electrophoresis Laachi N, Dorfman KD |
674 - 682 |
Molecular deformation and free-solution electrophoresis of DNA-uncharged polymer conjugates at high field strengths: Theoretical predictions. Part 1: Hydrodynamic segregation McCormick LC, Slater GW |
683 - 690 |
Uppsalator's acceleration Pastushenko VP |
691 - 696 |
A dynamic molecular probe to investigate catalytic effects and Joule heating in enantioselective MEKC Trapp O |
697 - 711 |
Dual-opposite-injection CZE: Theoretical aspects and application to organic and pharmaceutical compounds Weekley BS, Foley JP |
714 - 714 |
Method for determining intracapillary solution temperatures: Application to sample zone heating for enhanced fluorescent labeling of proteins (vol 27, pg 1355, 2006) Giordano A |