Abstract
The data reported here for native and immobilized enzymes show that the stabilization (or destabilization) effect changes as a function of the temperature, so that the term “stabilization” only has meaning for the concrete temperature conditions and the concrete enzyme [compare lysoamidase (LA) and trypsin (TR)]. For this reason, there are always two temperature regions in the general case — where the native or the modified enzyme is more stable [21]. The analysis of the times for cleansing wounds of suppurative-necrotic masses and complete healing showed that the immobilized forms of the enzymes were much more effective than the corresponding native preparations. This is because native (unmodified) enzymes are rapidly inactivated and washed out in wound discharges, while the immobilized preparations are more stable and have a lasting action. In addition, the therapeutic effect of the materials containing an enzyme complex (collitin - CL - or crab hepatopancreas - CP) is higher in comparison to monoenzymatic preparations (Tr, for example) [22, 23].
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