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snap and clip tag protein labeling systems enable the specific covalent attachment of virtually any molecule to a protein of interest the gene of interest can be cloned into the vector on either side of the tag expression of the cloned gene results in a snaptag fusion protein the snaptag substrate consists of two parts the benzyl guanine which is recognized by the snap tag and the functional group the functional group may be biotin a bead or a fluorescent group which are available in a variety of colors during the labeling reaction the substituted benzyl group covalently attaches to the snap tag releasing guanine if a fluorophore is coupled to the desired protein the label fluoresces permitting visualization of the protein in living or fixed cells hi iamp;#39;m chris provos from new england biolabs today we will show you a procedure for the fluorescent imaging of live cos7 cells expressing snaptag fusion proteins we use this procedure in our laboratory to study where proteins
