This preliminary program is subject to change.

DNA Analysis in Microfluidic & Nanofluidic Devices


Description:
This session of contributed presentations will focus on the use and modeling of DNA electrophoresis in microfabricated and nanofabricated devices. Topics of interest include design and fabrication, simulation and theoretical modeling of the transport phenomena in existing technologies, and applications.

Sponsor:
Topical 3: 2009 Annual Meeting of the American Electrophoresis Society (AES)


Chair:
Kevin Dorfman
University of Minnesota
Minneapolis, MN 55455
Phone Number: 612-624-5560
Email: dorfman@umn.edu

Co-Chair:
Xiangchun Xuan

Papers:
Free-Solution Conjugate Electrophoresis Sequencing of Over 250 Bases of ssDNA
Jennifer A. Coyne, Stanford University; Jennifer S. Lin, Stanford University; Annelise E. Barron, Stanford University
Nanoporous Polymer Membrane for DNA Preconcentration Enables Sensitive Chip Electrophoresis
Robert J. Meagher, Sandia National Laboratories; Anup K. Singh, Sandia National Laboratories
DNA Collisions with Polarizable Posts
Daniel W. Trahan, Massachusetts Institute of Technology; Patrick S. Doyle, Massachusetts Institute of Technology
Free-Energy Landscaping: Tailoring DNA Dynamics Across a Fluidic Nanotopography
Derek M. Stein, Brown University; Jackson Travis Del Bonis-O'Donnell, Brown University; Walter Reisner, Brown University
Electrokinetically Driven DNA Dynamics in Nanochannel/Microwell Array
Orin L. Hemminger, Ohio State University; Pouyan E. Boukany, The Ohio State University; Xin Hu, The Ohio State University; Nan-rong Chiou, The Ohio State University; Ly James Lee, The Ohio State University
Modulating DNA Adsorption On Silica Beads in An Electrically Actuated Microfluidic Device
Tao Geng, Purdue University; Ning Bao, Purdue University; Oren Z. Gall, Purdue University; Chang Lu, Purdue University
Programmable Microfluidic Materials with Controlled Shape, Stiffness and Color
Suk Tai Chang, North Carolina State University; A. Burak Ucar, North Carolina State University; Sumit Gangwal, North Carolina State University; Frederick J. Renk, MeadWestvaco; Orlin D. Velev, North Carolina State University