Molecular diversity classification via information theory: A review

Abstract

Complexity definitions introduce context dependence. Molecular diversity is reviewed focusing on information theory. Compound set is viewed as static microstate collection registering information about environment. Method tends to oversample remote feature space and produce unbalanced designs. Results show limitation and provide rationale for failure. Affinity includes traverse ease via chreodes to effector. Lag results because of time/concentration needed for drug to displace transmitter molecules from chreodes. Molecules unfit for system are excluded from effector not fitting chreode patterns. Enzyme catalytic products leave active site at faster rate via chreodes minimizing delay of diffusioncontrolled rate limitation. Interdisciplinary research in systems biology promises insights into life, evolution and disease organizational principles. Complex disorders represent umbrella terms for collections of conditions caused by rare, recent mutations in any of large number of genes.

Ideas in the History of Nano/Miniaturization and (Quantum) Simulators: Feynman, Education and Research Reorientation in Translational Science

“…In earlier publications, fractal hybrid-orbital analysis [4,5], resonance [6], molecular diversity [7], PTE [8], law, property, information entropy, molecular classification [9] and simulators [10] were reviewed. In the present report, Qs were raised on the nature of nanominiaturization cultural history and provide facts.…”