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  • Pierce’s Lightshift Chemiluminescent EMSA Kit

    Pierce’s Lightshift Chemiluminescent EMSA Kit

    Thermo Scientific Pierce Protein Research Products
    Tuesday, February 21, 2006
    Submitted by:
    Jeffrey Perry
    University of Michigan

    Traditionally, electromobility gel shift assays (EMSA) using radioactive DNA probes were the most common method for determining the activity of a ... read more
  • LightShift Chemiluminescent EMSA Kit From Pierce

    LightShift Chemiluminescent EMSA Kit From Pierce

    Thermo Scientific Pierce Protein Research Products
    Wednesday, March 14, 2007
    The LightShift Chemiluminescent EMSA kit has been utilized in my laboratory for approximately 6 months, and while we are still working out the binding assay parameters, the kit has provided extremely ... read more
  • LightShift EMSA Kit From Pierce

    LightShift EMSA Kit From Pierce

    Thermo Scientific Pierce Protein Research Products
    Monday, January 08, 2007
    Our lab uses this kit to study the DNA-binding properties of different transcription factors involved in the regulation of aging using worms as a model system. We decided to employ the Pierce ... read more
  • Panlab LE8710M Rodent Treadmill (for locomotor-fatigue and metabolism studies) From Harvard Apparatus

    Panlab LE8710M Rodent Treadmill (for locomotor-fatigue and metabolism studies) From Harvard Apparatus

    BTX Harvard Apparatus
    Monday, June 08, 2009
    While mechanized treadmills have existed for close to a century, it is only recently that such devices have been miniaturized and tailored for the study of animal locomotion and metabolism. ... read more
  • Harvard Apparatus Microincubators

    Harvard Apparatus Microincubators

    BTX Harvard Apparatus
    Thursday, January 27, 2005
    To perform cell biology, neuroscience and physiology experiments realistically a relevant temperature must be used and maintained for the duration of experimental measurements. Imaging and microscopy... read more
  • Harvard Apparatus’ Amika Spincolumns

    Harvard Apparatus’ Amika Spincolumns

    BTX Harvard Apparatus
    Wednesday, February 05, 2003
    One particularly stubborn obstacle in proteomic research is the detection of very rare proteins. And, since the molar ratio of the most abundant protein to the rarest protein in a cell can approach 10... read more
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