Chrysalis Scientific Technologies - Molecularly Imprinted Polymers for Sample Prep or Process Clean-up

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		What is an MIP[4]SPE?: Molecularly Imprinted Polymers for Solid Phase Extraction (a.k.a. MIP[4]SPE), are solid phase extraction columns designed for unparalleled selectivity toward a particular target compound, or class of compounds. MIP[4]SPE combines the selectivity of an antibody with the stability of a polymer. The benefits provided by MIP[4]SPE compared with conventional silica-based, and mixed-bed SPE columns, include: Cleaner extracts, reduced background interferences Improved sensitivity Consistently high target analyte recovery Reduced sample preparation time Fewer sample clean-up steps Elimination of ion-suppression in LC/MS applications	Currently available MIP[4]SPE products: beta-Agonist drugs (class specific) beta-Blocker drugs (class specific) beta-Receptor (beta-Agonists + beta-Blockers) Chloramphenicol Clenbuterol NNAL (carcinogenic tobacco-specific nitrosamine) Riboflavin (Vitamin B2) Tobacco-specific nitrosamines (NNN, NNK, NAB, & NAT) Triazine herbicides (class specific) ExploraSep Method Development Kits others are in development These standard solid-phase extraction products are available in standard 10 mL column format. Other formats including 3 mL columns, 96-well plate format, etc., are also available. MIP sorbents can also be also be formatted to create selective HPLC columns.
		*In short, MIP delivers better results, greater productivity, and lower costs.*	MIPs can also be used for process-scale clean-ups.
			Your compound's not listed? ... No problem!
		Find out more about: What makes MIPs so unique? Available publications, application notes, posters	Ask about our method development kits (ExploraSep) and our risk-free evaluation service (MIP-Screen), to see if a MIP in our extensive library will work for your application. Where standard products do not exist, custom designed MIPs can be developed.