[Stochastic approach in biochemical research].

The logic foundations of the probabilistic style for thinking and its methodological significance in the modern science are given. Complex, joint, ambiguous systems are the object of biochemical investigations at all organization levels and therefore biochemists often cannot obtain unambiguous results. It is shown that such systems are subjects to the study with the use of propositions of the probability theory which considers "random" events as a result of many-channel determination and is aimed to transform knowledge of these events into events predicted with certain probability.

[Role of the molecular environment in chlorophyllase functioning during its immobilization on organic carriers].

Immobilization of chlorophyllase was performed on aminohexadecyl sepharose, aminoundecyl sepharose and heptyl sepharose. The enzyme activity lowers considerably and is rather close for all carriers. Essential differences are manifested in stability of the preparation during storage.