วัตถุประสงค์ของงานวิจัยนี้เพื่อศึกษ

The purpose of this research to study the freeze by cellular enzyme aggregate on cross linking method that can be used for several enzymes in haidonlaisit. Study on the immobilization of enzymes at the proper cellular that uses Silicon grown Chennai is ณอะ trai (C2H3N) and concentration results luta Raja approval Hyde (C5H8O2) are different. ณอะ is a fast-paced SIM Chennai trai and concentration results luta Raja approval Hyde affect enzyme immobilization of the cross-linked significant statistical. Then, select the type of intermediaries (silica gel, Chitosan, and eggshell) with suitable fixing Hybrid and aggregate weight 0.1 0.3 cellulase 0.5 g 0.5 g weight Chitosan can freeze the enzyme most cellular lecithin sadai. Contains the value of the cross links per cent equals 88 compared to the enzyme activity, starting from the 6th Edition of the hydro CMC concentration 2% with an enzyme that was crucified on three types of intermediary. Find hydro Lai SI pinned on by immobilized silica gel 0.1 g weight, quantity of sugar. The most diosing, so registry Silica gel is a medium that is appropriate for the immobilization of enzymes on stainless steel using cellular pattern growth Chennai each 7.5 mL acetic trai settling enzyme activity of digestive enzymes in the proportion 9 CMC Unit/1 g silica gel spent 10 minutes shaking enzyme immobilization on each others ass, except, for example, Lu star awaiting approval at a concentration of 10 mM live in the period of immobilization is the State that a 3 hour per cent cross connections as high as possible.

The purpose of this research is to study the freeze cellulase with the cross linking enzyme aggregate on an enzyme that can take several cycles to hydrolysis. The study intermediary to immobilize the enzyme cellulase acetate was used to quantify the nitrile (C2H3N) and the concentration of glutamate mold aldehyde (C5H8O2) different. Volume grew acetate nitrile and a concentration of glutamate mold formaldehyde affects a cross-linked enzyme immobilization statistically significant. After selecting the type of medium (silica gel, chitosan and eggshell) right by tacking a Hybrid cellulase aggregate weight of 0.1, 0.3 and 0.5 g chitosan weight 0.5 g fixing enzyme cellulase possible. The cross-linking of 88 percent compared with the initial enzyme activity. From the hydrolysis of CMC at 2% with an enzyme is immobilized on three products. Found that the hydrolysis with enzymes immobilized on silica gel weight was 0.1 g sugar. Reducing the silica gel is the most suitable medium for the immobilization of enzymes cellulase. The solution of acetic grown nitrile 7.5 mL precipitated enzyme in proportion to the activity of the enzymes at 9 CMC Unit / silica gel 1 g spent shaking 10 minutes immobilizing enzymes on a sample with a solution Glutamine waiting formaldehyde at. 10 mM concentration within 3 hours to freeze a condition for the highest percentage of cross-linking.

The purpose of this research is to study the fixation cellulase by means of cross linking enzyme aggregate on the media that can be used in several rounds of enzyme hydrolysis.(C2H3N) and the concentration of glutaraldehyde (C5H8O2) different quantity of acetone and acetonitrile concentration of glutaraldehyde on enzyme immobilization. Cross-linked significantly after the selection of the medium.Chitosan and the shell) with a suitable fixation Hybrid cellulase aggregate weight 0.1 0.3 0.5 g and chitosan 0 weight.5 g can freeze the enzyme cellulase as much as possible. The percentage of cross linking of 88 compared to enzyme activity starts. From the hydrolysis of CMC concentration 2% with enzymes immobilized on three types of intermediaries0.1 g amounts of sugar, reducing most. So silica gel as a medium that is suitable for the immobilization of enzyme cellulase Using aqueous acetone acetonitrile 7.5 mL precipitated enzymes in the proportion of enzyme activities 9 CMC Unit / silica gel 1 g take shake 10 minutes. The enzyme on samples with glutamine, glycerol solution formaldehyde concentration 10 mM period of immobilization 3 hours.