Highly-specific polyclonal antibody to Green Fluorescent Protein
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A highly-specific polyclonal antibody to Green Fluorescent Protein for detecting GFP-tagged proteins in cell extracts for application where GFP epitope tagging offers a powerful strategy for detecting and purifying new proteins of interest.
Researchers at the University of Edinburgh have developed a highly-specific polyclonal antibody to Green Fluorescent Protein for detecting GFP-tagged proteins in cell extracts for application where GFP epitope tagging offers a powerful strategy for detecting and purifying new proteins of interest.
The antibody is made to whole GFP protein immunogen making it strongly reactive and highly specific. These properties make it suitable for detecting GFP-tagged proteins in a range of biochemical applications, including Western Blotting, Immunohistochemistry, Immunofluorescence, ImmunoPrecipitation and Affinity Chromatography.
The strong reactivity and good specificity of these antibodies results in good signal strength and low background when used to detect GFP-tagged proteins in cells / extracts for applications where epitope tagging offers a powerful strategy for detecting and purifying new proteins of interest.
Further Information:
Marketing Information Leaflet
(96.72 KB)
The University of Edinburgh is seeking interest from life science reagent companies to license this technology on a non-exclusive basis.
Terms are immediately available to license these antibodies for sale and use as research reagents. This licence is royalty bearing - details are disclosed in the non-exclusive licence agreement.
Commercial Terms and Conditions:
Commercial Licence Agreement
(58.28 KB)
Academic/Other Terms and Conditions:
Academic Licence Information
(27.89 KB)
Contact us if you require further information or wish to discuss this technology
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