α-Amylase immobilized on bulk acoustic-wave sensor by UV-curing coating

Hyperactivation and thermostabilization of Phanerochaete chrysosporium lignin peroxidase by immobilization in xerogels

“…In contrast, the immobilized enzyme was fully stable up to pH 6 and it showed a slow activity loss above pH 6 and only 40% activity was lost at pH 7. Similar observations have been reported for immobilization of LiP from other WRF strains (He et al 2000;Bayramoglu et al 2004 Thermostability of free and immobilized LiP…”

UV-curable methacrylated/fumaric acid modified epoxy as a potential support for enzyme immobilization

“…Physical adsorption of the enzyme onto a solid support [6,7], entrapment of the enzyme molecules in polymeric network [8] and covalent binding to an activated support [9][10][11] are some of the ways of immobilization. Among them, the covalent attachment is mostly preferred method.…”

“…UV-curing coatings, which are generally formulated from the following components: oligomer, monomer, crosslinker, photoinitiators and additives, cover many fields of applications [18,19]. UV curing coatings is simple and convenient, will not pollute environment as a result of no solvents and cause less damage to the catalytic activity of enzyme [8]. For this purpose, initially UV-curable, methacrylated/fumaric acid modified cycloaliphatic epoxide resin was synthesized as an enzyme carrier and then a-amylase was immobilized onto a new support material, which could be a good candidate for rigid support systems.…”

Soybean oil based resin: A new tool for improved immobilization of α‐amylase

“…[7][8][9] Recently, it was reported that UV-curing technique used for enzyme entrapment provides very convenient method and causes less enzymatic-activity loss. 10 In this article, the attention is focused on immobilization of ␣-amylase on a UV curable bio-based resin via both entrapment and covalent-binding methods. Soybean oil is one of the many readily available renewable resources.…”