Abstract:
This paper suggests a model that can be used to calculate the impact that atmospheric (greenhouse) carbon dioxide has on human genetic activity, and consequently, on their health. Constituent parts of the human cells which contain DNA demonstrate various resonating frequencies, including those of the IR spectrum; it depends on the structural level of chromosome organisation. It turned out that this resonating frequency of the absorbance spectrum, for example, for the nuclear DNA, concurs with the frequency of the twice degenerate deformation vibrations of the greenhouse carbon dioxide in the IR radiated spectrum. Likewise, concurrence (in the order of values) could be seen at the complying powers of its optical radiation and is absorbed by all the human nuclear DNAs. In this latter case, the numerical value was calculated through dipole approximation, taking into account all human nuclear DNAs. Thus, the greenhouse carbon dioxide affects human. This impact occurs due to the “greenhouse effect” and can occur through the membranes of some particular skin cells. Due to the proximity of the optical powers getting to the human because of the greenhouse effect and the powers radiated by their genome at the same frequency resonance is possible which, consequently, makes possible the impact upon human genetic activity and health.
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