Catalog name Description price
R-OR-520 TPE-acrylate Tetraphenylethylene-acrylate ,TPE-acrylate from ruixi.Acrylate modified tetrastyrene AIE material.Compared with the traditional organic light-emitting materials, AIE, as a new design concept and theory of optical materials, has attracted a wide range of interest from chemists and material scientists at home and abroad. The most significant advantage of AIE material is its efficient luminescence in the aggregation state. price>
R-OR-521 TPE-PEI Tetraphenylethylene-Polyethyleneimine,TPE-PEI from ruixi.Polyethyleneimine modified tetrastyrene AIE material.Polyethyleneimine (PEI), also known as polyaazacyclopropane, is a kind of water-soluble polymer. Colorless or light yellow viscous liquid, hygroscopic, soluble in water, ethanol, insoluble in benzene.Polyethyleneimine has a strong adhesion ability and can effectively make cells adhere. price>
R-OR-522 TPE-PEG Tetraphenylethylene-Polyethylene glycol,TPE-PEG from ruixi.Polyethyleneimine modified tetrastyrene AIE material.Compared with the traditional organic light-emitting materials, AIE, as a new design concept and theory of optical materials, has attracted a wide range of interest from chemists and material scientists at home and abroad. The most significant advantage of AIE material is its efficient luminescence in the aggregation state. price>
R-OR-523 TPE-β-CD Tetraphenylethylene-β-Cyclodextrin,TPE-β-CD from ruixi.β- cyclodextrin modified stilbene AIE material.Compared with the traditional organic light-emitting materials, AIE, as a new design concept and theory of optical materials, has attracted a wide range of interest from chemists and material scientists at home and abroad. The most significant advantage of AIE material is its efficient luminescence in the aggregation state. price>
R-OR-524 ALK-TPE-ALK Alkyne-Tetraphenylethylene-Alkyne,ALK-TPE-ALK from ruixi.Double Alkyne modified stilbene AIE material.Compared with the traditional organic light-emitting materials, AIE, as a new design concept and theory of optical materials, has attracted a wide range of interest from chemists and material scientists at home and abroad. The most significant advantage of AIE material is its efficient luminescence in the aggregation state. price>
R-OR-525 BSA-TPE bovine serum albumin-Tetraphenylethylene,BSA-TPE from ruixi.bovine serum albumin modified stilbene AIE material.BSA is generally used as a stabilizer to limit the enzyme or modified enzyme in the preservation solution and reaction solution, because some enzymes are unstable or low activity at low concentration. When BSA is added, it may play a role of "protection" or "carrier". price>
R-OR-526 TPE-CHO Tetraphenylethylene-CHO,TPE-CHO from ruixi.CHO modified stilbene AIE material.Compared with the traditional organic light-emitting materials, AIE, as a new design concept and theory of optical materials, has attracted a wide range of interest from chemists and material scientists at home and abroad. The most significant advantage of AIE material is its efficient luminescence in the aggregation state. price>
R-OR-527 TPE-Br Tetraphenylethylene-Br,TPE-Br from ruixi.Br modified stilbene AIE material.Tetraphenylethylene (TPE) and its derivatives have the characteristics of aggregation induced luminescence, and have wide application prospects in the field of photoelectric materials. price>
R-OR-528 PS-TPE Polystyrene-Tetraphenylethylene,PS-TPE from ruixi.Polystyrene modified stilbene AIE material.Tetraphenylethylene (TPE) and its derivatives have the characteristics of aggregation induced luminescence, and have wide application prospects in the field of photoelectric materials. price>
R-OR-529 PAA-TPE Polyacrylic Acid-Tetraphenylethylene,PAA-TPE from ruixi.Compared with the traditional organic light-emitting materials, AIE, as a new design concept and theory of optical materials, has attracted a wide range of interest from chemists and material scientists at home and abroad. The most significant advantage of AIE material is its efficient luminescence in the aggregation state. price>