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The research of the Allison group has focused on the theory of biomolecular transport that has included diffusion, diffusion controlled reactions, viscosity, electrophoresis, and electrical conductance. Coarse grained computer modeling (Brownian dynamics, analytical and numerical solution of continuum transport equations) has played a major role in this research. In recent years, the focus of this research has been modeling the electrophoresis and electrical conductance of model “nano-ions” in free solution as well as congested media such as a gel. A good example is the electrophoresis of a “soft” particle in a charged or uncharged gel (references 5, 8, and 9 below). This model is particularly relevant, for example, in drug delivery in congested media such as tissue or cells.
A high priority in the Allison laboratory has been to involve undergraduate as well graduate students in research at a level that stands a good chance of resulting in a publication in an internationally recognized peer reviewed journal. This is achieved through weekly group meetings and having the undergraduates work closely as a team with myself and possibly graduate students.
A high priority in the Allison laboratory has been to involve undergraduate as well graduate students in research at a level that stands a good chance of resulting in a publication in an internationally recognized peer reviewed journal. This is achieved through weekly group meetings and having the undergraduates work closely as a team with myself and possibly graduate students.
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Journal of Colloid and Interface Science (2014): 129-142
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Stuart A Allison,Hengfu Wu, Tuyen M Bui,Lac Dang, Giang H Huynh,Tam Nguyen,Linda Soegiarto, Bi C Truong
The Journal of Physical Chemistry (2014)
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Stuart A Allison,Hengfu Wu, Avery Moyher,Linda Soegiarto, Bi Truong, Duy Nguyen,Tam Nguyen, Donghyun Park
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