Surface modification of silica capillary by sol-gel technique/immobilized through amide bond formation using succinate linker |
Lipase |
|
1.5 time better yield was obtained compared with batchwise reaction |
[45] |
Entrapment within folded-sheet mesoporous silicas |
Lipase |
|
Reaction yield was 10 time higher than batchwise reaction |
[63] |
Covalently immobilized in silica micro structured fiber |
Lipase |
|
Almost complete conversion of a vegetable oil to monoacylglycerol |
[64] |
Entrapment of Novozym-435TM within microchannel |
Lipase |
|
Much less of the reactant was required compared with the batchwise test |
[65] |
Ni-NTA agarose bead immobilization |
p-Nitrobenzyl esterase |
|
80% yields were obtained along with traces of byproduct |
[28] |
Silica monolith entrapped within microchannels |
Protease P |
|
Conversion within microreactor was higher than that of the batchwise reaction at higher flow rates |
[33] |
Silica monolith entrapped within microchannels |
Lipase |
|
Optical resolution of products was achieved by connecting commercially available chiral column |
[35] |
Membrane formation with paraformaldehyde, glutaraldehyde, and poly-Lys |
α-Amino-acylase |
|
Optical resolution of d/l-amino acids were achieved by connecting to micro solvent extractor |
[60] |