Present study aimed to find fast, cost-efficient, and effective way of lipase immobilization for the use in organic media.
Immobilization applications suitable for use by these alcohol-related industries are described together with an evaluation of their potential future impact, which is also highlighted and assessed.
Resin has been often used for immobilization of enzymes for use in nonaqueous media, which involves dispersal of enzyme over a large surface.
They found that some of the waste materials have better potential for use as immobilization carrier in SSF, because they contain high water absorption capacity, and are acceptable as good growth rate of microorganisms.
Based on these results, it can be concluded that for immobilization method which use lower temperature such as dip coating, usage of aquadest as dispersion medium is more favourable.
Sage et al. [ 10] used long-arm cast for 3 months, Lee et al. [ 4] used brace for 6 weeks, Hong et al. [ 3] used splint immobilization for 2 3 weeks for patients with rigid stabilization, and if the stability was not safe, they used long-arm cast until bridging callus formation was observed.
Microscope and immobilization techniques used for uptake experiments (see above) were used for pHluorin imaging.
However, most immobilization procedures use sophisticated protocols for lipase entrapment on expensive supports [ 9], not suitable for a real scale-up, causing an increase in the costs of industrial processes.
Various immobilization protocols used for formation of a biorecognition interface are also discussed.
For immobilization we used two strategies: In the first strategy, the polymer surface is plasma activated to generate radicals.
