The Evolution of Living Biomolecule of Organism based on its Relationship between Virons and Pirons

Aim: The evolution of living organism based on its relationship between virons and pirons. The origin and evolution of life remain one of the most profound unsolved mysteries in science. This study explores the relationship between biomolecules, virions, and prions in shaping the evolution of living organisms. A theoretical model is proposed, suggesting that the evolution of living organisms (ELO) is directly proportional to virions (V) and inversely proportional to prions (P), with an amino acid constant (K) providing a molecular framework to quantify this relationship. The hypothesis is grounded in key prebiotic and molecular evolution theories, including the Miller-Urey experiment, the RNA world hypothesis, and ribonucleoprotein (RNP) formation. Prions, as misfolded proteins, might have played a role in stabilizing early RNA molecules, while viroids, as non - coding RNA replicators, could be remnants of an ancestral RNA world. Experimental data from protein and nucleotide sequence analysis supports the potential role of amino acid sequences in understanding evolutionary patterns. By applying bioinformatics approaches, this model could help decode the evolutionary impact of virions and prions, providing new insights into the emergence of life. Furthermore, future advancements in AI - ML applications could utilize this model to predict potential life - supporting conditions on Mars and other planets, enhancing Astro biological research.