Applications of Group Theory in Molecular Systems Biology

G., Rami Reddy and Venkata Ramana, Musala and G., Bhaskara Reddy and D., Chenna Kesavaiah (2021) Applications of Group Theory in Molecular Systems Biology. Indian Journal of Natural Sciences, 12 (68). pp. 34867-34875. ISSN 0976 – 0997

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Abstract

Group theory has applications in material science, science, and software engineering, and even riddles like Rubik's
Cube can be solved utilizing group theory. The group theory is playing a significant role in the current day of
science, arithmetic and statistics. It was determined in the nineteenth century in relationship with conveying answers
for arithmetical articulations. Specifically, the group was the arrangement of the relative multitude of changes of the
underlying foundations of a mathematical articulation that shows the attributes that the blend of any two of these
stages has a place with the set. Also, later on, the conviction was made summed up to the thought of an abstract
grouping. Notwithstanding, an abstract group is the study of a set, with an activity characterized on it. In this paper
we discuss some selected mathematical points that can assist us with bettering comprehend the limit among living
and non-living frameworks. In the topic molecular systems biology we discuss the abstract algebra and group
theory. All through the present work we quickly portray conceivable issues. Regarding the hereditary code we
recommend that it could be conceivable to utilize perturbation hypothesis to investigate the neighboring potential
outcomes in 64-D space time complex of genome which is advancing. Concerning logarithmic chart hypothesis, there
are a few minor open issues we examine. Comparable to arrange elements and groupoid formalism we recommend
that the organization chart probably won't be the principle center in gaining the knowledge on aggregate yet the
stage-space of the organization elements. In this paper we explain a basic instance on network of C6 and its stagespace
organization. Let’s imagine that sub-atomic organization ofs cell is really an unpredictable organization of
hyper cycles and input circuits that could be better spoken to in a higher-dimensional space. We guess that focusing
on hubs in the atomic organization that have key parts in the stage space, as uncovered by investigation of the
automorphism deterioration, may be a superior method to medicate revelation and therapy of disease.

Item Type: Article
Subjects: K Basic Science and Humanities > K1 Mathematics
Departments: Basic Science and Humanities
Depositing User: Dr Phani Kumar Nali
Date Deposited: 06 Mar 2024 09:43
Last Modified: 26 Mar 2024 04:03
URI: https://ir.vignanits.ac.in/id/eprint/195

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