MEETINGS C. Mancott, I. Noda, A. E. Dowrey, Procter and Gamble Chemical Sensing at the Liquid-Solid Interface with IR Spectroscopy. M. D. Porter, S. M. Stole, T. P. Jones, L. K. Chau, Iowa State U Stepped-Scanning Interferometer for Depth Profiling by Photoacoustic Spectroscopy. G. L. Pariente, The Sherwin-Williams Co.; P. R. Griffiths, U of California, Riverside
Applications of Microspectroscopy in the Near-IR Region. R. T. Carl, M. J. Smith, Nicolet Instrument Corp.
Current Techniques for the Analysis and Characterization of Monoclonal Antibodies Arranged by K. Cohen
Microscopy
Hyphenated Techniques in IR Microscopy. S. L. Hill, K. Krishnan, D.A.C. Compton, S. Bourne, Digilab Division, Bio-Rad Laboratories Transmission Electron Microscopy of Electrodeposited Ultrathin Metal Crystals and Their Electron Diffraction Patterns. M. L. Norton, J. L. Anderson, N. S. Chong, U of Georgia Automated Electron Microprobe Particle Characterization of Electronic-Grade Gases. W. R. Gerristead, Jr., E. Ezell, BOC Group FT-IR Microscopy with an Extended-Range Spectrometer. L. Ellis, C. Tripp, P. Beauchesne, F. Baudais, Bomem Hadamard Transform Raman Microscopy. P. J. Treado, M. D. Morris, U of Michigan
Monoclonal Antibodies: Bird's-Eye View of Structure, Function, and Analysis. S. D. Marlin, Boehringer Ingelheim Pharmaceuticals Biochemical and Immunochemical Analyses of Engineered Antibodies. T. Phillips, George Washington U Tetramolecular Antibody Complexes. P. M. Lansdorp, Terry Fox Laboratory for Hematology/ Oncology Multiple Solid-Phase Slide Immunoenzymatic Assay for Characterization and Quantification of Monoclonal Antibodies. E. C. de Macario, A.J.L. de Macario, New York State Department of Health Antlnuclear IgM Monoclonal Antibodies: Purification, Fragmentation, and Their Applications for Tumor Imaging and Therapy. F. M. Chen, G. S. Naeve, A. L. Epstein, USC
Hamamatsu Hollow Cathode Lamps are now available from major lab suppliers. Hamamatsu single and multielement Hollow Cathode Lamps offer superior stability, spectral purity and output intensity, even for such elements as arsenic and selenium. They are compatible with most commercial spectrophotometers, including Beckman, Zeiss and Perkin-Elmer. And best of all, they're available from your local lab supplier.
Acorn St., Beacon Hill Chemical Mapping of Grain Thin Sections by FT-IR Microscopy. D. L Wetzel, Kansas State U; R. G. Messerschmidt, Spectra-Tech; R. G. Fulcher, Agriculture Department of Canada Applications of IR Reflectance Microscopy: Routine Handling of Strange Bounces. K. Krishnan, S. L. Hill, Digilab Division, Bio-Rad Laboratories Experimental Factors Affecting the Photometric Accuracy of FT-IR Microscopy. J. A. Reffner, C. R. Friedman, R. G. Messerschmidt, Spectra-Tech Integrating Microscopy with Spectroscopy. J. A. Reffner, G. Ressler, K. Morris, Spectra-Tech New Applications for FT-IR Microspectrometry. C. R. Friedman, SpectraTech FT-IR Microscopy—Biological and Other Difficult Applications. R. G. Messerschmidt, Spectra-Tech
School of Medicine Determination of the Molecular Size Distribution of Immunoglobulin G in Intravenous IgG/Albumln Formulations by HPLC. J. K. Lee, F. J. DeLuccia, E. L. Kelly, Rorer Central Research; C. Davidson, Lederle Laboratories; F. R. Borger, Armour Pharmaceutical Co.
Chemometrlcs/Analytlcal Chemistry as an Information Science Arranged by B. K. Lavine Comparison of Multivariate Calibration Methods: Separating Fact from Fiction. D. M. Halland, Sandia National Laboratories Multivariate Methods and Their Applications
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ANALYTICAL CHEMISTRY, VOL. 60, NO. 17, SEPTEMBER 1, 1988 · 977 A
