Article Archives

Filter

Hide Filter
  • Automated Separation of Micro-Grains in a Mixed Solid Sample

    Wednesday, April 13, 2016
    Application Note
    Steven M. Barnett Toshinori Maebayashi Satoshi Takeshima
    Areas such as industrial failure analysis, geology, geochronology and others that use solid-phase extraction, require accurate measurement of specific micro-grains, which are small particles mixed ... read more
  • Product Intelligence: Guide to Micromanipulators

    Wednesday, November 14, 2012
    Technical Article
    Caitlin Smith
    As explained in this article, micromanipulators are used in a wide variety of applications in areas as varied as electrophysiology to reproductive biology. Purchasing considerations include type of ... read more
  • Increased IEF Throughput Using a Dual-Electrode Assembly

    Tuesday, August 02, 2011
    Application Note
    Gary B. Smejkal Darren J. Bauer
    An isoelectric focusing (IEF) apparatus capable of operating at 12,000 V maximum voltage enables isoelectric focusing of proteins in immobilized pH gradients (IPGs) to be completed in less than 3 hr. read more
  • Microscopy is Moving On

    Friday, July 01, 2005
    Technical Article
    Aubrey Lambert
    The basis for observations has not really changed in all the time that lenses have been used to magnify objects. read more
  • A New Approach to Atomic Force Microscopy for Nanometrology Applications

    Friday, April 01, 2005
    Application Note
    Paul West Zhiqiang Peng Natalia Starostina
    Since the invention of the atomic force microscope (AFM), the use of high-resolution topographic images has become the standard in microscopy and surface science publications. read more
  • Use of New Scanning Technology to Elucidate Ion Channel Mobility

    Friday, April 01, 2005
    Application Note
    Angela Goodacre Kristen M.S. O’Connell Michael M. Tamkun
    Fluorescent chromophores fused to specific proteins have greatly increased our ability to image dynamic events within the living cell. read more
  • <<
  • >>