THE INFORMATION MODELING OF THE ENCODING-DECODING PROCESSES AT TRANSFORMATION OF BIOLOGICAL INFORMATION
Vladimir S. Lerner · Journal of Biological Systems · 2004
Using the Informational Macrodynamics (IMD), the paper focuses on information modeling DNA structure and code, encoding-decoding mechanisms for the transformation and synthesis of information, and the telomerase information functions that these mechanisms generate. As an alternative to experimental DNA discovery, the considered double spiral information structure (DSS) and its coding language implement the IMD analytical model. The transferred pieces of the DSS' information code are synthesized into meaningful units, integrated by an information network. The analysis of the cognitive information processing shows that the information synthesis mechanism includes the preliminary encoding-decoding procedure whose code embodies the total time required for the translation of information as well as characterizing its life-time duration. The paper emphasizes on the systemic nature of these biological mechanisms.