Elucidating the molecular dynamic behavior of Protein-DNA complex upon mutation is crucial in current genomics. Molecular dynamics approach reveals the changes on incorporation of variants that dictate the structure and function of Protein-DNA complexes. Deleterious mutations in APE1 protein modify the physicochemical property of amino acids that affect the protein stability and dynamic behavior. Further, these mutations disrupt the binding sites and prohibit the protein to form complexes with its interacting DNA. gene. Deleterious scores that overlap in these approaches were taken in concern and based on it, two nsSNPs with IDs rs61730854 (I64T) and rs1803120 (P311S) were taken further for structural analysis. which is critically involved ...
The DNA repair system is crucial to repair the error resulting in DNA replication. MSH2-MSH6 protein...
DNA repair mechanism is a process through which the cell repairs its damaged DNA. Although there are...
AbstractCoevolution between proteins is crucial for understanding protein–protein interaction. Simul...
Elucidating the molecular dynamic behavior of Protein-DNA complex upon mutation is crucial in curren...
Elucidating the molecular dynamic behavior of Protein-DNA complex upon mutation is crucial in curren...
The transcription factor p53 is a potent tumor suppressor dubbed as the “guardian of the genome” bec...
The transcription factor p53 is a potent tumor suppressor dubbed as the “guardian of the genome” bec...
Protein-DNA interactions play important roles in regulations of many vital cellular processes, inclu...
Protein-DNA interactions play important roles in regulations of many vital cellular processes, inclu...
Prion diseases in humans are grouped based on whether they are sporadic, inherited, or acquired. In ...
Tumor protein p53 is a tumor suppressor that binds to a specific DNA sequence and trans-activates ta...
In eukaryotes, transcripts that carry premature termination codons (PTC) leading to truncated protei...
Motivation: The exact molecular mechanisms of the effects of the gain-of-function mutations are not ...
Genome-scale analyses of disease-associated mutations and SNP (Single Nucleotide Polymorphism) have ...
SummaryMost known disease-associated mutations are missense mutations involving changes of amino aci...
The DNA repair system is crucial to repair the error resulting in DNA replication. MSH2-MSH6 protein...
DNA repair mechanism is a process through which the cell repairs its damaged DNA. Although there are...
AbstractCoevolution between proteins is crucial for understanding protein–protein interaction. Simul...
Elucidating the molecular dynamic behavior of Protein-DNA complex upon mutation is crucial in curren...
Elucidating the molecular dynamic behavior of Protein-DNA complex upon mutation is crucial in curren...
The transcription factor p53 is a potent tumor suppressor dubbed as the “guardian of the genome” bec...
The transcription factor p53 is a potent tumor suppressor dubbed as the “guardian of the genome” bec...
Protein-DNA interactions play important roles in regulations of many vital cellular processes, inclu...
Protein-DNA interactions play important roles in regulations of many vital cellular processes, inclu...
Prion diseases in humans are grouped based on whether they are sporadic, inherited, or acquired. In ...
Tumor protein p53 is a tumor suppressor that binds to a specific DNA sequence and trans-activates ta...
In eukaryotes, transcripts that carry premature termination codons (PTC) leading to truncated protei...
Motivation: The exact molecular mechanisms of the effects of the gain-of-function mutations are not ...
Genome-scale analyses of disease-associated mutations and SNP (Single Nucleotide Polymorphism) have ...
SummaryMost known disease-associated mutations are missense mutations involving changes of amino aci...
The DNA repair system is crucial to repair the error resulting in DNA replication. MSH2-MSH6 protein...
DNA repair mechanism is a process through which the cell repairs its damaged DNA. Although there are...
AbstractCoevolution between proteins is crucial for understanding protein–protein interaction. Simul...