Phosphorylated hollow fibers synthesized by radiation grafting and cross-linking

Syntheses of amine-type adsorbents with emulsion graft polymerization of glycidyl methacrylate

“…In such graft polymerization, the monomer of glycidyl methacrylate (GMA) has been widely used to synthesize a precursor of the intended functional polymers [8]. This is because GMA has an epoxy group in its chemical structure.…”

In Separation and Purification

“…Cation exchange membranes having phosphoric acid groups obtained by radiation -induced grafting of GMA onto PE hollow fi bers followed by phosphorylation of the epoxy rings were also reported to be capable of maintaining the salt splitting capacity of 0.68 mol/kg in their Na form [64] .…”

Multilayer adsorption of lectins on glycosylated microporous polypropylene membranes

“…Most importantly, the affinity membrane chromatography offers some advantages including higher flow rate, faster binding rate, lower pressure drop, higher productivity, and easier scale-up as compared with the affinity column (bead) chromatography [3][4][5]. Up to now, a wide range of membranes, such as cellulose [6][7][8], chitin [9], nylon [10,11], polyethersulfone [12], polyethylene [13,14], polyvinylidene difluoride [15], and polypropylene [16,17] have been used as substrates for protein adsorption and some commercially available adsorptive membranes have been developed [18]. For practical applications, the available membranes should possess high thermal and chemical stability along with good mechanical strength and durability [1,5].…”