RENSA® Bulk Resins

A novel resin from MIP Technologies, RENSA® PY, is able to fractionate colored compounds present in beetroot juice using mild and purely aqueous elution conditions without the use of salts or organic solvents.
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Penicillin G and its degradation products 6-APA and PAA were separated on a new type of polymeric resin, RENSA® PY. In this proof-of-concept study, RENSA® PY outperformed two commercially available resins.
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In this application note we present a new type of polymeric reverse phase adsorbent that is able to provide improved separations of a range of small chemical compounds and also peptides evaluated side by side to a comparable benchmark DVB-Styrene macroporous resin. MIP, molecularly imprint resins
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This application note demonstrates the efficient and selective removal of a wide range of pesticides from natural lemon oil using RENSA® 101.
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RENSA® polymeric resins are synthetic, polymeric materials with the ability to interact with a wide scope of chemical and biological compounds. They are insoluble, spherical particles with an engineered internal porous structure. RENSA materials are produced by novel synthetic methods that lead to superior material architectures with optimal internal porosity and distribution of surface functional groups.
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A new type of resin, RENSA® M-Carboxy consists of a highly cross-linked acrylic backbone and carboxylic acid moieties and displays a retention mainly based on weak cationic exchange interactions.
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MIP Technologies AB (a subsidiary of Biotage AB) has developed a new type of polymeric resin, RENSA™ PY (Figure 1). The material consists of highly cross-linked polystyrene particles containing phenyl and pyridine moieties on the bead surface (Figure 2). The presence of phenyl and pyridine moieties confers a novel type of reversed phase retention towards a broad spectrum of molecules.
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MIP Technologies AB has developed a new resin for silver ion chromatography, RENSA® 101. The surface of the material contains hydrophobic moieties along with silver ions bound to a sulfonic acid functionality.
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RENSA® OH is a highly cross-linked methacrylic polymeric resin in bead form. The porosity is optimized to allow access to small organic molecules and also oligomeric compounds. The resin is rigid due to the high degree of crosslinking and has a hydrophilic surface character due to abundant hydroxyethyl functional groups on the polymer backbone. MIP
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The designed resin RENSA® 103 is a novel type of strong cation exchanger. Unlike most conventional ion exchangers, the material is characterized by a high cross-linking degree and an alternative route of incorporation of the ionic moieties. MIP
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MIP Technologies AB (a subsidiary of Biotage AB) has developed a new type of affinity resin, RENSA® Boronate (Figure 1) with selective boronic acid surface functional groups. It has an optimized distribution and accessibility of hydrophobic (phenyl) and selective boronic acid moieties (Figure 2). It is produced by a proprietary particle synthesis technology and exhibits a material architecture and pore size distribution that is optimized for binding of small and oligomeric molecules.
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MIP Technologies AB (a subsidiary of Biotage AB) has developed a new type of mixed mode polymer resin, RENSA® PX (Figure 1). It is produced by a proprietary particle synthesis technology, to yield highly cross-linked polystyrene particles containing easily accessible imidazole moieties on the bead surface (Figure 2). The resin exhibits a material architecture whose porosity (Figure 3) and distribution of phenyl and imidazole moieties are optimized to retain a broad range of molecules from a liquid matrix.
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MIP Technologies AB (a subsidiary of Biotage AB) has developed a new type of hydrophilized hydrophobic resin beads (Figure 1) with strong anion exchange function, RENSA® SAX. It is has an optimized distribution and accessibility of hydrophobic (phenyl), hydrophilic (pyrrolidone) and ionic moieties (trimethylammonium) (Figure 2) and exhibits a bead architecture with a uniform porosity (Figure 3).
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RENSA® RP is a reversed phase polymeric separation material in bead form, based on a highly cross-linked divinylbenzene backbone and a styrene functionality with a novel pore architecture.
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MIP Technologies AB (a subsidiary of Biotage AB) has developed a new type of hydrophilized hydrophobic resin beads (Figure 1) with strong cation exchange functionality, RENSA® SCX. It has an optimized distribution and accessibility of hydrophobic (phenyl), hydrophilic (pyrrolidone) and ionic moieties (sulfonic acid) (Figure 2) and exhibits a bead architecture with a uniform porosity (Figure 3).
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MIP Technologies AB (a subsidiary of Biotage AB) has developed a new type of hydrophilized hydrophobic resin beads, RENSA® HLB
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