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  • High-Capacity 1-mm-i.d. Polymer Monoliths for Fast Protein Separations

    Friday, January 28, 2011
    Technical Article
    Christopher Pohl Srinivasa Rao Kelly J. Flook Charanjit Saini Maria Rey Andy Woodruff Jim Thayer Yury Agroskin
    Over the last decade, monolith technology has progressed from a promising approach conceived by Fréchet, Švec, Huber, and others to a well-developed separation tool. read more
  • Challenging Chromatographic Peak Integration

    Wednesday, September 01, 2010
    Application Note
    Shaun Quinn
    Integration is a fundamental task that all chromatographers perform on a daily basis. Due to faster chromatography, which is creating more data every day, the amount of time spent on integration is ... read more
  • Absorption and Emission Red Shift in Stained Cell and Tissue Samples

    Monday, May 05, 2008
    Technical Article
    Eugene Barash Pavel A. Fomitchov Robert Filkins Mark Mayers Anup Sood Radislav A. Potyrailo Hua Xia Michael Montalto
    The design of fluorescence microscopes and selection of dyes are better served by the knowledge of environmental effects on dyes, whether they are in vitro or in vivo. read more
  • The LED Light Source: A Major Advance in Fluorescence Microscopy

    Wednesday, October 10, 2007
    Technical Article
    Becky Hohman
    Fluorescence microscopy requires an intense light source at the specific wavelength that will excite fluorescent dyes and proteins. 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
  • Miniaturized FTIR for Maximized Productivity

    Tuesday, March 01, 2005
    Application Note
    Ken Fredeen John S. Seelenbinder Mark L. Norman
    In today’s fast-paced business environment, many companies are under pressure to improve their productivity. This is especially true in the pharmaceutical industry, where reducing time-to-market ... read more
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