Conclusion

The hierarchy of molecular dynamics in water most probably includes the formation of long range spatio-temporal patterns far from equilibrium.. Conformational movements in biological molecules are adjusted according to these pattern dynamics by their evolution in aqueous medium. The dynamic conformity of supramolecular structures in water and biomolecules is maintained through long range non-specific interactions, hydrogen-bond interactions above all. A network of hydrogen bonds (each of which is an oscillating dipole) generates the electromagnetic field of every particular spatio-temporal pattern in a biological solution. This makes it possible to transfer the dynamic order information within living systems via device-aided transduction of endogenous electromagnetic fields.

This conclusion is proved with the spectra of inelastic neutron scattering (INS) of the frozen water samples. The region from 500 cm-1 to 1000 cm-1 corresponds to the hydrogen bond vibrations in water. The occurrence of changes in the INS spectra of water treated with endogenous EMF (of Drosophila melanogaster) testifies to the involvement of the hydrogen bonding network in the formation of the EEMF imprint in water.



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