Biomesogen systems

The resulting DNA-RNA-protein triad - mediated by intelligently handled clusters of water molecules - promoted the development of universally applicable informational and functional patterns, which not only developed their order-disorder distributions into optimizable operational modes of biomesogenic systems, but responded, moreover, intelligently to the early chiral message from the inherent qualities of the universe and its translation into molecular creativity [7 a, 17, 30, 33, 43]. 

Figure 28. Complex biomesogenic organizations modeling evolutionary developments (a) SFM visualization of polydisperse DNA [75] (b) nucleic acid textures (left to right) chicken-DNA, (U) (A) duplex (U) (A) (U) triplex, (G) (G) (G) (G) quadruplex, (U) (A) (L-Lys)5 complex [75] (c) building up of liquid-protein-nucleic acid multilayer systems as two-dimensional simulations of the grand evolutionary triad - at least in partial cooperation with a mediating water milieu [7 a, 17, 18, 33 a, c, p, q, 63a, 75].

Figure 31. Biomesogen operation modes in nucleoprotein systems ...

Figure 40. Order-disorder patterns in artificial me-sogens and native biomesogens promoting spatial chiral order-disorder distributions into spatiotempo-ral coherences (top to bottom) amphotropic DNA/ prealbumin complex [10], reminiscent in its order-disorder distributions of the simple achiral thermotropic n-alkoxybenzoic acid dimers [52 fj periodic and chaotic oscillations of multiple oscillatory states in glycolysis [78] - all this superimposed on the details of the very event - modeling in all its interfacial relationships early evolutionary origins of the nu-cleoproteinic system and its inherent structure-phase dualities [7 a, 16,17, 18].

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