Quantum Biology from Biomacromolecule to Cell, and Central Dogma Described by Quantum Theory

Authors: YF Chang*

DOI: 10.23880/psbj-16000286

Volume 10, Issue 1

Abstract

First, based on the extensive quantum theory, quantum biology from biomacromolecule to cell is researched. The basic principle of quantum theory is quantization, while the biological and cellular basic principle is also one and one element in life system. Second, some quantum equations and spectrums are discussed. Third, we propose that quantum theory and their equations may describe the simplified central dogma in molecular biology. DNA is described by the Schrödinger equation of the 3D spatial component with the linear potential. RNA is simplified to a linear equation of time component. From DNA to RNA, i.e., from space to time is transcription. Proteins are Schrödinger equation adds the self-interaction and nonlinear term. Purines A-G and pyrimidines C-U-T are similar to diatomic and monatomic molecules. Fourth, cell aging, neural repair and new connections in neurons are studied. Fifth, some applications and predictions are searched.

Keywords: Biology; Quantum; Biomacromolecule; Cell; Central Dogma; Schrödinger Equation; Neuron; Evolution; New Connections

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