Introduction:

Electrophoretic mobility shift assay (EMSA) is an experimental technique to identify and characterize the interaction of DNA-binding proteins with their associated DNA sequences. This technique is based on the fact that DNA-protein complexes migrate slower than non-bound DNA in a native polyacrylamide or agarose gel, resulting in a “shift” in migration of the labeled DNA band.

WSHT's GLASS Gels (EMSA Gels) are precast polyacrylamide gels with high-performance for the study of the interaction of proteins and nucleic acids.

• Automated gel casting technology can ensure stability and repeatability.
• Glass plate can effectively reduce the non-specific adsorption of protein and make the protein band sharper and clearer.
• Gel cassettes can be easily opened with the Gel Knife, simply push the Gel Knife gently through each side of the gel cassette.
• Compatible with mainstream mini electrophoresis tanks on the market, such as Bio-Rad, Tanon and Junyi Dongfang, etc.

Product Data:

• Height of 4% stacking gel: 1.5 cm
• Ratio of acrylamide to methylene bis acrylamide: 29:1
• Gel thickness: 1.5 mm
• Well format: 10 wells/15 wells
• Max sample loading volume: 30 μL/well for 15wells, 60 μL/well for 10wells
• Cassette size: 98×84×4.1 mm
• Gel size: 81×74×1.5 mm
• Storage: stored at 4-8℃ for 1-2 months; do not freeze.
• For research use only. Not for use in diagnostic procedures.