 |
| Advances in Fuels and Petrochemicals Analysis I | Brandon Johnston, University of Alberta |
| Advances in Fuels and Petrochemicals Analysis II | Eugene Barry, University of Massachusetts Lowell |
| Advances in Instrumentation: Atomic Spectroscopy | Steven B Dorn, Momentive Performance Materials, Inc. |
| Advances in Instrumentation: GC | Steven B Dorn, Momentive Performance Materials, Inc. |
| Analysis of Neurochemical Systems I | Lara P Autry, US Environmental Protection Agency |
| Analysis of Neurochemical Systems II | Michael Johnson, University of Kansas |
| Applications: Quality and Safety | Denise Wilkins, Bechtel Bettis, Inc. |
| Bioanalytical Assays and Sensors | Deepak Dibya, Advanced Analytical Technologies, Inc. |
| Bioanalytical Capillary Separations | Parastoo Hashemi, Wayne State University |
| Bioanalytical CE and Microfluidics | Xingwei Wu, West Virginia University |
| Bioanalytical Mass Spectrometry | Ronald Orlando, CCRC/university of Georgia |
| Bioanalytical Microfluidics | Lisa A Holland, West Virginia University |
| Bioanalytical Nanoscience | Mike Lee, Milestone Development Services |
| Bioanalytical Neurochemistry | Dean Tzeng, The Pittsburgh Conference |
| Bioanalytical Sensors | Colin D Medley, Genentech |
| Bioanalytical Separations I | Allen Sharkins, The Pittsburgh Conference |
| Bioanalytical Separations II | Janusz Pawliszyn, University of Waterloo |
| Bioanalytical Spectroscopy | A Peter Snyder, US Army |
| Biomedical Applications of Nanotechnology | Abd El-Moneim MR Afify, Cairo University |
| Biomedical Innovations: Virus or Bacteria | David E Cliffel, Vanderbilt University |
| Biomedical: Cancer Diagnosis/Treatment | Chenzhong Li, Florida International University |
| Biomedical: Neurochemistry | Abd El-Moneim MR Afify, Cairo University |
| Characterization of Polymers and Plastics | Fu-Tyan Lin, The Pittsburgh Conference |
| Chemical Methods | Chad Cowles, University of Nevada Reno |
| Chemometrics | J David Hwang, Chevron Energy Technology Center |
| Clinical Applications Used for Detection and Evaluation of Disease States | HM "Skip" Kingston, Duquesne University |
| Data Analysis and Manipulation | Cecil Dybowski, University of Delaware |
| Education Innovation | Hubert MacDonald, The Pittsburgh Conference |
| Electrochemistry | Timothy Strein, Bucknell University |
| Electrochemistry for Biological Applications | Mark T Stauffer, University of Pittsburgh at Greensburg |
| Electrochemistry Inorganic | Yinfa Ma, Missouri University of Science and Technology |
| Electrochemistry Methodology I | Elizabeth Bucher, University of North Carolina at Chapel Hill |
| Electrochemistry Methodology II | Leonid Moroz, University of Florida |
| Energy & Fuels: Advanced Materials and Characterization Methods | John P Baltrus, US Dept of Energy - NETL |
| Environmental Analysis: Air Contaminants | Olujide T Akinbo, Butler University |
| Environmental Analysis: Novel Applications I | Scott Hazard, OI Analytical |
| Environmental Analysis: Novel Applications II | Jinesh Jain, URS Corporation |
| Environmental Analysis: Pharmaceutical and Biologically Active Materials | David Benanou, Veolia Environnement Recherche & Innovations |
| Environmental Analysis: Protocols | Robert W Baudoux, Sr., RWB Convention Mgt |
| Environmental Analysis: Water | John Jackovitz, University of Pittsburgh |
| Explosive Material Detection | Ashish Tripathi, US Army |
| Fluorescence/Luminescence in Bioanalytical and Sensor Applications | Colin D Medley, Genentech |
| Fluorescence/Luminescence Nano and General Applications | John F Turner, Cleveland State University |
| Food Analysis for Metals and Contaminants | Rabih Jabbour, Edgewood Chemical Biological Center |
| Food and Beverage Analysis | Brian Bidlingmeyer, Agilent Technologies, Inc. |
| Food Products and Components | Joan Stevens, Agilent Technologies, Inc. |
| Food Science: Applications | Don Shelly, UCT, LLC |
| Forensic Analysis: Applications | Charles Gardner, ChemImage Corporation |
| Forensic Analysis: General | Melissa Visnikar, US Dept of Environmental Protection |
| FTIR/Raman- Instrumentation and Applications | Emil Ciurczak, Doramaxx Consulting |
| Fuel Analysis | Barbara Manner, The Pittsburgh Conference |
| GCMS, General Interest | Huamin Cai, Valco Instruments Co., Inc. |
| GCMS, Homeland Security and Environmental Applications | Ibolya Molnar-Perl, L Eotvos University |
| Genomics, Proteomics, and Metabolomics | Timothy James Garrett, University of Florida |
| High-Throughput Chemical Analysis | Garry J Lynch, Bechtel Bettis Laboratory |
| Laboratory Management | Thomas Conti, The Pittsburgh Conference |
| LC-MS, 'Omics | Chang Samuel Hsu, Florida State University |
| LC-MS, Bioanalytical | Elizabeth Harris, Mannkind Corporation |
| LC-MS, Environmental and Food Science | Mary Ellen P McNally, DuPont Crop Protection |
| LC-MS, Others | A Peter Snyder, US Army |
| Liquid Chromatography | Stephen Gozo, Celgene Corporation |
| Liquid Chromatography: Instrumental Aspects | Richard Bormett, Renishaw, Inc. |
| Liquid Chromatography: Small Molecule Separations | James Manner, The Pittsburgh Conference |
| Liquid Chromatography: Stationary Phase Architecture | Richard A Henry, Supelco/Sigma-Aldrich |
| Liquid Chromatography: Stationary Phase Selectivity | John P Auses, University of Pittsburgh |
| Mass Spectrometry | Eduard Rogatsky, Albert Einstein College of Medicine |
| Microfluidics/Lab-on-a-Chip - Bioanalytical, Biomedical and Pharmaceutical | Dana Spence, Michigan State University |
| Microfluidics/Lab-on-a-Chip - Others | Kimberley Frederick, Skidmore College |
| Microfluidics/Lab-on-a-Chip I- Bioanalytical | X Nancy Xu, Old Dominion University |
| Microfluidics/Lab-on-a-Chip II - Bioanalytical | Joshua E Smith, National Research Council |
| Microscopic Analysis and Imaging Methods | Maria K Ferguson, PA Department of Environmental Protection |
| Molecular Spectroscopy Advances | Richard A Larsen, Jasco, Inc. |
| Nanotechnology - Microscopy and Imaging | James Marttheis, Horiba |
| Nanotechnology - MS and Lab-on-a-Chip | Seth Madren, Indiana University |
| Nanotechnology - Other Applications | Alexandre A Shvartsburg, Pacific Northwest National Laboratory |
| Pharmaceutical - LC, GC, and Raman | Michael David McGinley, Phenomenex |
| Pharmaceutical Applications: Separation Methodology | Yan He, Pfizer |
| Pharmaceutical Innovations: General | Yan-Bo Yang, B Braun Medical Inc |
| Physical Measurements | Jeffrey Bodycomb, Horiba Instruments Inc |
| Portable Instruments - Applications | Garth Simpson, Purdue University |
| Process Analytical Chemistry | |
| Raman/FTIR Instrumentation and Applications | Richard Danchik, |
| Sampling and Sample Preparation I | John Stephens, CCAC |
| Sampling and Sample Preparation II | Sam Subramaniam, Miles College |
| Sensors I | Dutt Vinjamoori, DSM Nutritional Products |
| Sensors II | Rose Ann Clark, Saint Francis University |
| Sensors III | Gregg Gould, California University of Pennsylvania |
| Sensors IV | Mustafa Culha, Yeditepe University |
| Separation Sciences I | Joseph Zewe, Ohio State University |
| Separation Sciences II | Michael Woodman, Agilent Technologies |
| SERS/Resonance Raman - Applications | Emilita Breyer, Breyer Foundation |
| Surface Analysis and Imaging Methods | Brian R Strohmeier, Thermo Fisher Scientific |
| Thermal Analysis | Jeffrey Bodycomb, Horiba Instruments Inc |
| Trace Metals | James Ranville, Colorado School of Mines |