New Directions in Electrophoretic Methods
MEETINGS
Methods 9:40
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E
lectrophoresis is the most powerful process available for the separation and analysis of complex mixtures of charged biopolymers. This new book offers scientists the latest developments in elec trophoretic separations and state-of-the-art electrophoretic technology and applications. It covers both the basic theory and devel opment of electrophoretic methods and the separation and identification tools used by developers. The sixteen chapters in this book focus on several electrophoretic methods: • isotachophoresls • zone electrophoresis • isoelectric focusing • two-dimensional electrophoresis • pulsed electrophoresis Specific topics discussed with these meth ods include: • polyacrylamide gels • immobilized pH gradients • silver-stain detection of proteins • agarose gels • synthetic ion-containing polymers Electrophoretic methods play a major role in scientific advances in medicine, agricul ture, chemistry, and biotechnology. This book will prove a valuable reference for anyone working with electrophoretic methods. James W. Jorgenson, Editor, University of North Carolina Marshall Phillips, Editor. US. Department of Agriculture Developed from a symposium sponsored by the Divi sions of Agricultural and Food Chemistry and Analyti cal Chemistry of the American Chemical Society ACS Symposium Series No. 335 284 pages (1987) Clothbound LC 87-1777 ISBN 0-8412-1021-7 US & Canada $64.95 Export $77.95 Order from: American Chemical Society Distribution Office Dept. 52 1155 Sixteenth St.. N.W. Washington. DC 20036 or CALL TOLL FREE
800-227-5558 and use your credit card!
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Measurement of the Distribution of Trace and Toxic Elements in Biological Materials. J. G. Pounds, Brookhaven National Laboratory Applications of Synchrotron X-ray Fluorescence to the Analysis of Trace Elements in Meteorites. J. Delaney, American Museum of Natural History Chemical Speciation of Chromium on Aluminum Surfaces. H. S. Issacs, Brookhaven National Laboratory
3:20 3:50
Polymorphism in Pharmaceuticals Chaired by J. A. McCauley, Merck & Co. 1:30
FRIDAY AFTERNOON 2:10 Analytical Chemistry in the Regulatory Milieu
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Chaired by A. Bober, Maryland Dept. of
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Health and Mental Hygiene 1:30 2:15 3:15
Special Aspects of Regulatory Analysis at the Food and Drug Administration. E. Sarnoff, U.S. FDA Considerations in the Analysis of Workplace Air Samples. M. Shulski, OSHA Analytical Chemistry in the Environmental Protection Agency. P. Freidman, U.S. EPA
Forensic Science Chaired by C. R. Midkiff, Bureau of Alcohol, Tobacco & Firearms 1:30
2:10 3:10 3:50
Is It Conclusive? Gunshot Residue Determination by a Combination of HPLC and Graphite Furnace AA. D. B. Dahl and P. F. Lott, U of Missouri Gunshot Residue Analysis in the SEM/ EDX. Present and Future. S. Basu, New York State Police HQ Crime Laboratory Gunshot Primer Residue Program in the FBI Laboratory. D. Habekost, FBI Laboratory Building a Single Fiber Library Using Micro FT-IR. H. Q. Le, Michigan State U
FAB/MS Chaired by B. S. Larsen, E. I. du Pont de Nemours and Co. 1:30 2:00 2:30
Desorption Ionization, Analysis of Glycopeptides. C. Fenselau, Johns Hopkins U Applications of FAB to Pharmaceutical Impurity Problems. F. Crow, R. H. Robins, and W. K. Duholke, Upjohn Co. Sequence Analysis of Proteins by Tandem Magnetic Deflection MS. S. A. Carr, M. E. Hemling, G. D. Roberts, and R. J. Anderegg, Smith Kline and French Laboratories
848 A · ANALYTICAL CHEMISTRY, VOL. 59, NO. 13, JULY 1, 1987
Glycoconjugate Structure—Function Relationship. V. N. Reinhold, Harvard School of Public Health Analysis of Biopolymers by FAB/MS. B. Larsen, E. I. du Pont de Nemours and Co.
Thermodynamics and Detection of Polymorphism. J. A. McCauley, Merck Sharp & Dohme Research Laboratories Polymorphs and Solvates of Drugs—A Molecular View. S. Byrn, Purdue U Polymorphs, Hydrates, and Solvates— Pharmaceutical Case Histories. Ε. Ε. Fiese, Pfizer Central Research Characterizing Polymorphic Forms of Drug Candidates Utilizing Thermal Methods of Analysis and Scanning Electron Microscopy. M. Cotton, B. Down, and E. Vadas, Merck Frosst Laboratories, Canada
Advances in Chromatography—III Chaired by G. Pearse, LeMoyne College 1:30
PTH-Amino Acids Resolved from Sequencer Impurities on a Deactivated C-18 Column. M. A. Eighme, R. C. Ludwig, and R. Eksteen, Supelco Inc 1:50 Use of a NIR On-Line Analyzer as a Preparative LC Detector in the Pharmaceutical Industry. B. Thompson, Pacific Scientific 2:10 Determination of Mebezonium Iodide in a Pharmaceutical Dosage Form Using HPLC. N. F. Cappuccino, B. A. Styler, and L. E. Ericson, Hoechst-Roussel Pharmaceuticals, Inc. 2:30 "Fast" HPLC in the Pharmaceutical Analysis of Desipramine Hydrochloride and of Other Tricyclic Antidepressants. N. Strojny, R. Williams, and G. Severin, Danbury Pharmacal Inc. 3:10 Isolation and Purification of Plant Storage Proteins by HPLC. R. W. Blain, N. Sagliano, Jr., and R. A. Hartwick, Rutgers U 3:30 HPLC Separation and Detection of Phytic Acid and Other Inositolphosphate Isomers Using a Metal Complex Mobile Phase Additive. S. K. Henderson and K. Griffin, Quinnipiac College and D. E. Henderson, Trinity College 3:50 Comparative Study of Co(ll), Zn(ll), and Eu(ll) Beta Diketone Complexes for Enhanced UV Detection of Sugar Phosphates in Isocratic and Gradient Elution Reversed-Phase HPLC. D. E. Henderson and S. J. Saltzmann, Trinity College, and S. K. Henderson, Quinnipiac College
