Publications by authors named "Stuart Allison"

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On the ionic strength dependence of the electrophoretic mobility: From 2D to 3D slope-plots.
Hervé Cottet, Hengfu Wu, Stuart A Allison

Electrophoresis· March 2017

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Electrophoretic Mobility of a Dilute, Highly Charged "Soft" Spherical Particle in a Charged Hydrogel.
Stuart Allison, Fei Li, Melinda Le

J Phys Chem B· August 2016

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Specific ion effects on the electrophoretic mobility of small, highly charged peptides: a modeling study.
Stuart A Allison, Hengfu Wu, Tuyen M Bui, Lac Dang, Giang H Huynh

J Sep Sci· September 2014

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The electrophoretic mobility of a weakly charged "soft" sphere in a charged hydrogel: application of the Lorentz reciprocal theorem.
Stuart A Allison, Fei Li, Reghan J Hill

J Phys Chem B· July 2014

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Nanoparticle gel electrophoresis: soft spheres in polyelectrolyte hydrogels under the Debye-Hückel approximation.
Fei Li, Stuart A Allison, Reghan J Hill

J Colloid Interface Sci· June 2014

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Coarse-grained modeling of the titration and conductance behavior of aqueous fullerene hexa malonic acid (FHMA) solutions.
Stuart A Allison, Hengfu Wu, Avery Moyher, Linda Soegiarto, Bi Truong

J Phys Chem B· March 2014

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Factors delaying chemotherapy for breast cancer in four urban and rural oncology units.
Peter N Fox, Mark D Chatfield, Jane M Beith, Stuart Allison, Stephen Della-Fiorentina

ANZ J Surg· July 2013

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Extracting information from the ionic strength dependence of electrophoretic mobility by use of the slope plot.
Amal Ibrahim, Stuart A Allison, Hervé Cottet

Anal Chem· November 2012

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Determination of effective charge of small ions, polyelectrolytes and nanoparticles by capillary electrophoresis.
Amal Ibrahim, Hiroyuki Ohshima, Stuart A Allison, Hervé Cottet

J Chromatogr A· July 2012

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Modeling the electrophoresis of highly charged peptides: application to oligolysines.
Hengfu Wu, Stuart A Allison, Catherine Perrin, Herve Cottet

J Sep Sci· February 2012

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Modeling the electrophoresis of oligolysines.
Stuart A Allison, Catherine Perrin, Hervé Cottet

Electrophoresis· October 2011

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Numerical solution of the nonlinear Poisson-Boltzmann equation for a macroion modeled as an array of non overlapping beads.
Stuart A Allison

J Phys Chem B· April 2011

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Conductivity and electrophoretic mobility of dilute ionic solutions.
Stuart Allison, Hengfu Wu, Umar Twahir, Hongxia Pei

J Colloid Interface Sci· December 2010

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Modeling the electrophoresis of oligoglycines.
Stuart A Allison, Hongxia Pei, Umar Twahir, Hengfu Wu, Herve Cottet

J Sep Sci· August 2010

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Modeling the electrophoresis and transport of peptides: the effective sphere model and complex formation.
Stuart A Allison, Hongxia Pei, Michelle Allen, Jocelyn Brown, Chang-Il Kim

J Sep Sci· August 2010

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The dependence of the electrophoretic mobility of small organic ions on ionic strength and complex formation.
Stuart A Allison, Hongxia Pei, Saerom Baek, Jocelyn Brown, Min Y Lee

Electrophoresis· March 2010

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Viscosity of dilute model bead arrays at low shear: inclusion of short range solute-solvent interactions.
Stuart A Allison, Hongxia Pei, Saerom Baek, Jennifer N Garcia, Min Y Lee

J Phys Chem B· October 2009

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Translational diffusion constants of short peptides: measurement by NMR and their use in structural studies of peptides.
Hongxia Pei, Markus W Germann, Stuart A Allison

J Phys Chem B· July 2009

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Viscosity of dilute suspensions of rigid bead arrays at low shear: accounting for the variation in hydrodynamic stress over the bead surfaces.
Stuart A Allison, Hongxia Pei

J Phys Chem B· June 2009

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Electrokinetic modeling of metal oxides.
Stuart Allison

J Colloid Interface Sci· April 2009

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Brownian dynamics simulation of the diffusion of rods and wormlike chains in a gel modeled as a cubic lattice: application to DNA.
Hongxia Pei, Stuart Allison, Bridgette M H Haynes, Daphne Augustin

J Phys Chem B· March 2009

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The free solution electrophoretic mobility of peptides by a bead modeling methodology.
Hongxia Pei, Stuart Allison

J Chromatogr A· March 2009

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Translational diffusion of macromolecules and nanoparticles modeled as non-overlapping bead arrays in an effective medium.
Stuart Allison, Hongxia Pei, Margaret Haynes, Yao Xin, Lydia Law

J Phys Chem B· May 2008

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Using electrophoretic mobility and bead modeling to characterize the charge and secondary structure of peptides.
Hongxia Pei, Yao Xin, Stuart A Allison

J Sep Sci· February 2008

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Modeling the free solution and gel electrophoresis of biopolymers: the bead array-effective medium model.
Stuart A Allison, Hongxia Pei, Yao Xin

Biopolymers· November 2007

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