List of the salt bridges formed between the methylated residues and the different domains/subdomains of DNA polymerase β. The percentage of time each salt bridge was observed during the simulation is shown in brackets.

List of the salt bridges formed between the methylated residues and the different domains/subdomains of DNA polymerase β. The percentage of time each salt bridge was observed during the simulation is shown in brackets.

<p>List of the salt bridges formed between the methylated residues and the different domains/subdomains of DNA polymerase β. The percentage of time each salt bridge was observed during the simulation is shown in brackets.</p>

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Bibliographic Details
Main Author:	Amit Srivastava (23227) (author)
Other Authors:	Haitham Idriss (12865022) (author), Gobind Das (679134) (author), Sufian Abedrabbo (14382672) (author), Mohd Sahir Shamsir (20868943) (author), Dirar Homouz (278479) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Cell Biology Genetics Molecular Biology Cancer Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified various posttranslational modifications range correlations within modifications varies depending correlation map demonstrated undergoes complex regulations improving dna binding structural transition induced methylation enhanced long dna complex structural consequences long simulation dna polymerases dna fragments dna fragment underlying mechanism shedding light results provide r152 sites r152 methylation move closer mg ions methylation modulates methylated sites mechanisms underlying level understanding information pathway induced enhancement including phosphorylation distance coupling changes caused
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