Ferez S Nallaseth*
Founding President, CEO, CSO and CFO for the LSINJ, USA
*Corresponding Author: Ferez S Nallaseth, Founding President, CEO, CSO and CFO for the LSINJ, USA.
Received: August 09, 2023; Published: August 18, 2023
Comparative evaluations of key policy decisions detracting from and confronting the conceptual necessity for initiating the combinatorial approach in real time operations (CA RTO) for preempting genetic disease lesions including the Mutome are summarized here (Figures 1-4), [1-3]. The harnessing of Evolutionary Genetics of Speciation (EGS) and specifically ‘Hybrid Incompatibility’ and its wider generational manifestation ‘Species Incompatibility’ in combination with the resolving power of contemporary methods, permit the elucidation and preemption of mechanistically relevant failures of networks of genes that maintain genomes as e.g., with CA RTO. EGS and ‘Species Incompatibility’ can permit the single generational induction and deployment of the full spectrum of adaptations and mutations, representing ~4 billion years of speciation yielding all current biological systems including those maintaining and repairing the genome. They can be identified and elucidated by nonselective ‘panning’ followed by associated analytical systems of increasing resolution, precision, rate and throughput (Figures 2-4) [1,2-5].
Keywords Mutations, calculated (MCMEPPPL), preemption of genetic diseases, Species Incompatibility, High Resolution-Precision-Content Analysis, CA RTO system, WWII & SALT, vs Genetics/Epigenetics debate, Crop Failures & Famines
Citation: Ferez S Nallaseth. “Parallels between Existential Consequences of Decisions Enforcing the Current Paradigm in Healthcare to the Exclusion of CA RTO and those Made in the Cold War". Acta Scientific Microbiology 6.9 (2023): 66-72.
Copyright: © 2023 Ferez S Nallaseth. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.