Macromolecular Resonances

Abstract

This chapter represents review of our work on Resonant Recognition Model (RRM), which proposes that certain resonant rhythms are critical for protein and DNA/RNA macromolecular biological functions. These macromolecules express their biological function through selective interactions with their target molecules. We have discovered, within the RRM model, that these selective interactions are based on resonant electromagnetic energy transfer between interacting molecules. The RRM enables frequencies (wavelengths) of this energy transfer to be identified, which then can be applied for design of de novo bioactive peptides with desired biological function or to influence biological functions with either electromagnetic radiation of specific frequency (wavelength) or with conductive elements like titanium salt or nanophotonic particles. All these RRM applications can be used in pharmacology, drug design, treatment of diseases, agriculture or even in electronics. The RRM approach is completely changing the paradigm of understanding the specificity of macromolecular activity and interactions, and as such is opening completely new future horizons for science.