On a possibility for analysis of the COVID-19 proteins by the BSM-SG atomic models

A deeper understanding of the stability of the proteins and the possibility for their modification.
 
Dr. Stoyan Sarg, an author of 5 scientific books
Dr. Stoyan Sarg, an author of 5 scientific books
TORONTO & NEW YORK & OSAKA, Japan - July 27, 2020 - PRLog -- In a recently published article, Dr. Stoyan Sarg Sargoytchev suggests a new opportunity for analysis of the proteins of the COVID-19 by using the BSM-SG models of the atoms. The goal is a deeper understanding of the stability of the proteins of the COVID-19 involved in channel activity with the purpose of modification.  The BSM-SG models are different from the quantum mechanical models while possessing a few advantages. Amongst them are the possibility to operate with real physical dimensions in the sub-nanometric scale, the visualization of directions of the chemical bonds in molecules, the magnetic field interactions between the orbiting electrons, and directions of the nuclear magnetic moments. These features provide a new opportunity for analysis and modeling of simple and complex molecules. When applied for proteins with known structures, they will permit an understanding of underlined physics behind their complex three-dimensional shapes and stability. This could permit modification of their shape and properties by using proper chemical compounds as drugs. The advantage of the BSM-SG models in the analysis of biomolecules is published in a peer-reviewed journal of Biometrics and Biostatistics in 2017, v. 8, issue 2 and reported by the author at the 15th World Medical Nanotechnology Congress in Osaka Japan, 2017. The record of his keynote talk is available on-line in  Part 1 and Part 2



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Tags:COVID-19, E-proteins, Amino Acids, BSM-SG atomic models
Industry:Health, Science
Location:Toronto - Ontario - Canada
New York City - New York - United States
Osaka - Osaka - Japan
Subject:Reports
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