Temperature Data in 3d Structure Reveal the Internal COD Involvement in Molecular Form

Rajasekaran Ekambaram; Indupriya Rajasekaran

Authors

Rajasekaran Ekambaram
Indupriya Rajasekaran

ICOD, temperature factor, carbon value, protein, DNA/RNA, CARd3D, cohesive force, rule of law

Abstract

Addition of small molecule into force is going to be the task of another rule based activation for any meaningful application in biology of animalia kingdom of existence. Otherwise it is mandatory to fulfill the norms for adequacy principle arising out of carbon value in force here in protein or other where carbon alone dominates the due course of action and all. Accordingly we have developed an internal one proposal for any meaningful application in carbon based study of intervening elements of interaction arising from carbon value. Additional to existing calculations in modeling, it is going to be the one only force will dominate the scenario of molecular alteration for many salvations in living organisms. According to rule of law coming from carbon profile, the hydrogen atom also to be the main part of the value calculation and all. According to new force of carbon calculation, it is here calculated to be the internal one of carbon profile found in 3D structure where another part of intervening elements taken into account.

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Temperature Data in 3d Structure Reveal the Internal COD Involvement in Molecular Form. (2020). Global Journal of Science Frontier Research, 20(I5), 47-54. https://www.journalofscience.org/index.php/GJSFR/article/view/2815

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References

E Rajasekaran, C Vinobha, M Vijayasarathy, R Senthil, P Sankarganesh (2009) The Nature of Proteins. 464-465.

E Rajasekaran, K Akila, M Vijayasarathy (2011) Allotment of carbon is responsible for disorders in proteins. 6(8), 291-292.

K Akila, N Sneha, E Rajasekaran (2012) Study on carbon distribution at protein regions of disorder. 2(2), 58-60.

E Rajasekaran (2012) CARd: Carbon distribution analysis program for protein sequences. 8(11), 508-512.

E Rajasekaran, N Sneha, J Jannet (2012) Carbon distribution in protein local structure direct superoxide dismutase to disease way. 3(2), 99-104.

E Rajasekaran, K Sheeba (2013) Journal of Bioinformatics and Biotechnology Research. 2(1), 45-47.

Rajasekaran Ekambaram, Akila Kannaiyan, Vijayasarathy Marimuthu, Vinobha Swaminathan, Senthil Ranganathan, Anandagopu Perumal (2014) CARd-3D: Carbon Distribution in 3D Structure Program for Globular Proteins. 10(3), 138-143.

E Rajasekaran, R Meenal, R Indupriya (2018) Paradigms in computer vision: Biology based carbon domain postulates nano electronic devices for generation next. 28.

E Rajasekaran (2018) Domains based in carbon dictate here the possible arrangement of all chemistry for biology. 3(5), 240-243.

R Ndupriya, R Meenal, E Rajasekaran (2019) Existence of carbon domain alters bond orders in protein. 13(3), 128-132.

E Rajasekaran, R Meenal, R Indupriya, T Prabakaran, S Boobalan, N Jayato, K Sivakumar, T Kalaivani, G Rathika, K Saranya, G Brindha (2019) Existence of cohesive force explains all phenomena that are in material which holds strong bond of all forces of attraction: A case study with carbon material. 2087, 20015.

E Rajasekaran, V Kavitha, P Ganeshbabu, R Prabakaran, R Meenal, R Indupriya (2019) Nature of amino acid sequence instruct carbon value to be adopted in protein 3D structure. 1054-1060.

E Rajasekaran, R Indupriya, R (2019) Domain formation in regions of protein probe interaction. 4(5), 167-169.

R Indupriya, R Meenal, V Kavithamy, E Rajasekaran (2019) Drug-protein interaction validates the internal COD formed due to cohesive force: Test of bond length variation in amino acids involved. 4(3), 113-117.

Indupriya Rajasekaran, Rajasekaran Ekambaram (2019) Who power sickle cell disease: carbon domain analysis tells all because of design in protein 3d arbitrary internal carbon domain (cod) arrangement. 4(3), 85-88.

Rajasekaran Ekambaram, R Meenal, R Indupriya (2019) Existence of Nano Level Force in Protein Plays Applications of Maximum Untold Understanding of Life Form. 9(2), 3722-3726.

E Rajasekaran, R Meenal, R Indupriya (2020) Study on aquaporin proves to be the carbon in proteinprotein interface playing in tetramerisation. 26(5), 292-298.

E Rajasekaran, R Meenal, R Indupriya (2020) Carbon role in the form of action of intelligence in the living being. 12(1), 66-72.

E Rajasekaran, R Devprakash, R Meenal, R Indupriya (2020) Artificial human-like bodies for space survival: Redefining humanity through technology. 6(3), 386-388.

P Subrata, T Manisha, P Gopu, E Rajasekaran, P Naresh, S Markus, P-S Kim, K Arne, H Klaus (2020) Proteomic atomics reveals a distinctive uracil-5-methyltransferase. 39, 1900135.