A Mathematical Formulation of Evolution and Innovation I. Unicellular

Journal Title: Physical Science & Biophysics Journal - Year 2017, Vol 1, Issue 1

Abstract

Most types of evolution indicated on unicellular organisms are shown to be derived mathematically from the time change equation of organisms that self-reproduce, occasionally mutate, and die. Darwinian evolution corresponds to the approximate solution with respect to the first order of mutation term, showing that the mutant with the higher selfreproducing rate and/or slower death rate increases its number. Such a mutant is mainly due to the nucleotide base substitutions. However, the scaffold, under which Darwinian evolution takes place, has been sometimes changed during the longer time. The well-known examples are the gene duplication to generate new genes and the gene transfer from the endosymbiont to the host genome of eukaryotes after the acceptance of endosymbionts. The mutants having experienced such drastic change in genome first decline to the minor members in the population but some of them recover the increase rate as a new style of organisms by Darwinian evolution under the reconstructed genome. The evolutionary process containing such innovation is formulated by successively solving the time change equations of satellite variants up to the higher order of mutation terms until the appearance of new style organisms. This mathematical formulation applied to the self-reproducing proto-cells in the RNA-protein world also provides a possibility to explain the origin of protein genes as well as of translation apparatus and the transition of the proto-cells to the DNA-RNA-protein world.

Authors and Affiliations

Otsuka J*

Keywords

Related Articles

Geophysical Investigation of the Seismogenic Monitoring Center, Ile-Ife

2D electrical resistivity tomography was observed at Ile-Ife seismographic station, Osun state Nigeria with the aim of investigating the geological structures beneath the station in order to identify areas of anomalous...

The Living Universe

According to my hypothesis the dark energy is everything and that is because it is simply conscious and possesses an intellect immeasurably and incomprehensibly great for us, people. It has created and continues to crea...

A Mathematical Formulation of Evolution and Innovation II. From Unicellular Monoploid Eukaryotes to Multicellular Diploid

Among the evolutionary lines of eukaryotes after the acquirement of the mitochondria, the present study focuses on the evolution and innovation from unicellular monoploids to multicellular diploids. It is first investig...

Characterization of the Iron Ore Deposit Using 2D Resistivity Imaging and Induced Polarization Technique at Diddaye-Potiskum Area, Northeastern

2D Electric resistivity imaging and Induced polarization (IP) techniques were used to characterize Iron Ore deposit at Diddaye-Potiskum area of Yobe State, Northeastern Nigeria. The area lies between latitudes 110 46' 0...

Layered Hybrid of Mo (VI)-Oxide Based On Electron-Rich Phenanthroline Organic

We have prepared three-dimensional framework of covalently bonded layers of inorganic oxide containing Moister linked by electron-rich organic ligands. The structure of MoO3-(3, 8-phenanthroline) 0.5 consists of corner-...

Download PDF file
  • EP ID EP746254
  • DOI -
  • Views 34
  • Downloads 0

How To Cite

Otsuka J* (2017). A Mathematical Formulation of Evolution and Innovation I. Unicellular. Physical Science & Biophysics Journal, 1(1), -. https://europub.co.uk/articles/-A-746254