 Fast and cost-effective molecularly imprinted polymer technique has applications in many fields of chemistry, biology and engineering, particularly as an affinity material for sensors, detection of chemical, antimicrobial, and dye, residues in food, adsorbents for solid phase extraction, binding assays, artificial antibodies, chromatographic stationary phase, catalysis, drug development and screening, and byproduct removal in chemical reaction.Molecular imprinted polymers pose this wide range of capabilities in extraction through highly specific micro-cavity binding sites.Due to the specific binding site created in a MIP this technique is showing promise in analytical chemistry as a useful method for solid phase extraction.