Analytical chemistry

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  Año 2005, Número 13

  • Effects of Having a Department of Homeland Security

    pág. 237

    

  • Superlens overcomes diffraction limit

    pág. 239

    

  • Enzyme assay in droplets

    pág. 239

    

  • Microfluidic investigation of fruit fly development

    pág. 240

    

  • Identifying respiratory pathogens

    pág. 240

    

  • Nonintrusive droplet analysis

    pág. 241

    

  • Characterizing nanoparticle bioconjugates by AU

    pág. 241

    

  • A microfluidic peptide array

    pág. 241

    

  • Sampling the haze around Titan

    pág. 242

    

  • Probing whole genomes

    pág. 242

    

  • Mass spectrometer supplants mouse

    Rajendrani Mukhopadhyay

    pág. 243

    

  • Putting long-range surface plasmons to work

    Rajendrani Mukbopadhyay

    pág. 244

    

  • Microfluidic device for creating gradients

    Rajendrani Mukhopadbyay

    pág. 245

    

  • Reproducible microarrays?

    Kaite Cottingham

    pág. 246

    

  • Applications for Kolthoff undergraduate award

    pág. 246

    

  • Assays that take flight: On space missions, it's analytical chemistry to the extreme

    Elizabeth Zubritsky

    págs. 247-248

    

  • Molecular Motors Meet Microfluidic Systems

    Rajendrani Mukhopadhyay

    págs. 249-252

    

  • A coating for all surfaces

    Rajendrani Mukhopadhyay

    pág. 253

    

  • Using NMR to Develop Insights into Electrokinetic Chromatography

    Kevin E. Morris, Angela L. Froberg, Bridget A. Becker, Cynthia K. Larive, Jepkoech Tarus, Valentino K. Almeida

    págs. 255-263

    

  • The Quest for High-Speed and Low-Volume Bio-analysis

    Johan Nilsson, György Marko-Varga, Thomas Laurell

    págs. 265-272

    

  • Microfluidic Gradient-Generating Device for Pharmacological Profiling

    Eskil Sahlin, Fredrik Petterson, Mattias Karlsson, Johan Pihp, Jessica Olofsson, Owe Orwar, Jon Sinclair

    págs. 3897-3903

    

  • Long-Range Surface Plasmon Resonance Imaging for Bioaffinity Sensors

    Robert M. Corn, Alastair W. Wark

    págs. 3904-3907

    

  • Electrospray Diagnostics by Fourier Analysis of Current Oscillations and Fast Imaging

    Linda Heffeman, Jennifer M. Gauntt, Akos Vertes, Ann B. Nguyen, Lida Parvin, Marsha C. Galicia, Eunyoung Park, Leah M. Camey

    págs. 3908-3915

    

  • From the Mouse to the Mass Spectrometer: Detection and Differentiation of the Endoproteinase Activities of Botulinum Neurotoxins A--G by Mass Spectrometry

    Anne E. Boyer, Jurgen G. Schmidt, Antonis Pavlopoulos, David L. Ashley, Hercules Moura, Adrian R. Woolfitt, John R. Barr, Suzanne R. Kalb, Lisa G. McWilliams

    págs. 3916-3924

    

  • Potential of Nuclear Quadrupole Resonance in Pharmaceutical Analysis

    John A. S. Smith, Elizabeth Balchin, Stephen A. C. Wren, Iain J. F. Poplett, Michael D. Rowe, Gareth E. S. Pearce, David J. Malcolme-Lawes

    págs. 3925-3930

    

  • Discovering Known and Unanticipated Protein Modifications Using MS/MS Database Searching

    Sean P. Keating, Daniel A. Schaeffer, Wilfred H. Tang, Benjamin R. Halpem, Lydia M. Nuwaysir, Alex Loboda, Alpesh A. Patel, Ignat V. Shilov, Sean L. Seymour

    págs. 3931-3946

    

  • Development of Ultrahigh-Throughput NMR Spectroscopic Analysis Utilizing Capillary Flow NMR Technology

    Ian R. Marshall, Nigel J. C. Bailey

    págs. 3947-3953

    

  • Arrayed Time-of-Flight Mass Spectrometry for Time-Critical Detection of Hazardous Agents

    Plamen A. Demirev, Scott A. Ecelberger, Miquel D. Antoine, Timothy J. Comish

    págs. 3954-3959

    

  • Electrochemical Sensing Based on Redox Mediation at Carbon Nanotubes

    Maogen Zhang, Waldemar Gorski

    págs. 3960-3965

    

  • Monolithic Capillary-Based Ion-Selective Electrodes

    Emö Pretsch, Tamás Vigassy, Reiner Wintringer, Christian G. Huber

    págs. 3966-3970