In this paper, using far infrared absorption spectra, the methods of soliton theory are applied to investigating one of the central issues of bioenergetics to explain the reasons for the high efficiency of transfer of energy within the confines of one macromolecule and between molecules. The results show that solitons may be excited only by local effect, the energy released during a fluctuation (such as dispersion of biological plasma) taking place at the end of a molecular chain will form a soliton, and solitons would be important to seek the cause of a cancer cell possessing anomalous transport effects.
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