Sponsoring Divisions:
Division 1, Analytical Electrochemistry;
Division 2, Bioelectrochemistry

This symposium promotes advances in electroanalysis and electrochemical sensors, both fundamental and applied. Appropriate topics include new methods, electrodes, materials, and systems; applications to biomedical and environmental analytes are of interest. Advances that push the limits of size, sensitivity, selectivity, versatility, dynamics, and addressability are of particular interest.

Topics will include, but are not limited to
- New methods, including hyphenated techniques and flow methods
- New electrodes and electrode structures and materials for electroanalysis, including chemically modified electrodes, carbon materials (e.g., C60, fullerenes, nanotubes, diamond thin films), membranes, and novel potentiometric structures
- New integrated systems, including microfluidics, lab-on-a-chip, and novel commercial sensors
- New limits of dimensionality and sensitivity for micro- and nano-electrodes, including fabrication and miniaturization
- New arrays and geometries, including progress on individual addressability
- New approaches to electrochemical speciation
- New models for electroanalytical methods, electrochemical sensors, and microfluidics
- New means for enhancing mass transport and electron transfer, including microfluidics, magnetic fields, gradient fields, and novel electrocatalysts for analytes of practical interest
- New sensors including sensors for biomedical and environmental applications
- New methods for in vivo electrochemistry, wiring enzymes to electrodes, bioelectrocatalysis, and biofuel cells

Symposium organizers
Johna Leddy
University of Iowa, USA, Johna-Leddy@uiowa.edu
Lo Gorton
Lund University, Sweden, lo.gorton@analykem.lu.se
Ovadia Lev
Hebrew University of Jerusalem, Isreal, ovadia@vms.huji.il
Hasuck Kim
Seoul National University, Korea, hasuckim@snu.ac.kr