Summary.
A biokinetic model has been developed to describe the mathematical consequences of inhibition, respectively stimulation of proofreading. According to data reported in the literature, a first approximative calibration of the model has been carried out in an attempt to make it both: practically applicable and comparable with experimental data and clinical facts. The model is open for further improvements and adjustable according to results of further researches via the parameters chosen. In a first test of the model it is shown that it does well reflect the results described in the literature upon proof-reading-inhibition and its consequences, i.e., the reduction of replication-fidelity (→ exponential increase of malignant cells with time). As a further result it is shown that the model also does well describe in its kinetic approach opposite effects as, e.g., a reduction of wrong genetic information by classical cancer-therapies like chemotherapy and surgergy.
The system is orientated towards known biochemical relations and chemical similarities together with a discussion of the potential chance which offer special combinations of chemically identifyable substances (like nucleotides’ precursors or effector-molecules contained in low-molecular-human-placenta-extracts as an alternative to umbilical cords’-blood/cells) as stimulators of the enzymatic proof-reading- and -repair-machinery.
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E-mail: Haschke.H@isovolta.com
Received January 20, 2002; accepted (revised) June 26, 2002
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Haschke, H. A Biokinetic Model to Describe Consequences of Inhibition/Stimulation in DNA-Proofreading and -Repair, Part 2. Calibration of the Model. Monatshefte für Chemie 134, 81–105 (2003). https://doi.org/10.1007/s00706-002-0526-3
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DOI: https://doi.org/10.1007/s00706-002-0526-3