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  Fluidics at the Nanoscale: Pores, Pipettes, and Channels
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8:30 Ion Transport through Nanopores: From Living Cells to Diodes and Transistors ZUZANNA S SIWY, University of California, Irvine, Eric Kalman, Ivan Vlassiouk |
8:50 Solvent Behavior in Hydrophobic Silica Nanotubes DOUGLAS S ENGLISH, University of Maryland, Charles Luckett, Karthik Jayaraman, Sang Bok Lee |
9:10 Nanoporous Colloidal Membranes with Controlled Molecular Transport ILYA ZHAROV, University of Utah |
9:30 Electrochemical Characterization of Nanoporous Films Fabricated from a Polystyrene–Poly(methylmethacrylate) Diblock Copolymer Immobilized on an Electrode Surface TAKASHI ITO, Kansas State University, Yongxin Li, Helene C Maire |
9:50 Recess |
10:05 Biomolecular Recognition in Nanoscale Confined Spaces S THAYUMANAVAN, University of Massachusetts, Amherst, Elamprakash Savariar, Kothandam Krishnamoorthy |
10:25 Detecting “Short” DNAs with Artificial Nanopore Membranes by Resistive-Pulse Sensing KAAN KECECI, University of Florida, Youngseon Choi, Lane A Baker, Fatih Buyukserin, Charles R Martin |
10:45 Lithography Using Nanotubes PUNIT KOHLI, Southern Illinois University, Rashid Zakeri, Bojan Mitrovic, Charvi Patel |
11:05 Scanning Ion Conductance Microscopy: Imaging Cells and Synthetic Membranes LANE A BAKER, Indiana University |
Overview:
Advances in fabrication techniques for creating nanopores, nanopipettes, and nanochannels have cast new light and opened new avenues for developing robust and sensitive analytical techniques. This symposium presents the state-of-the-art in nanoscale devices based on pores, pipettes, and channels and used for chemical sensing, separations, and lithography. Device construction and applications, as well as fundamental properties of fluid and material transport at the nanoscale are covered. Potential applications of these nanoscale systems are enormous, range from multiplexed sensing elements to single molecule lithography, and represent a frontier topic of research for both separation science and electroanalytical chemistry.
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