MD-TSPM: Thermal Stability Prediction Method for I-motif

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A Web Portal for Identification of Thermal Stability of Non-Canonical Structures

Introducing MD-TSPM: A Computational Platform Utilizing Molecular Dynamics Simulation for Prediction Thermal Stability of Noncanonical Structures.

Thermal stability of i-motifs can be estimated by plotting in silico molecular dynamics simulation temperature against experimental temperature.
Similar to determining melting temperature (Tm) values through CD experiments, this method relies on the assumption of correlation between temperature and conformational flexibility.
The correlation coefficient between temperature and conformational flexibility is represented by Root Mean Square Deviation (RMSD) in MD simulation.

Unveiling the Secrets of DNA: Exploring I-Motif Structural Dynamics for Enhanced Biological Insights and Therapeutic Potential.

The tool focuses on analyzing I-motif DNA structures, vital for gene regulation and genomic stability. It aims to explore how loop length variations affect their thermal stability.
This research is crucial for advancing our understanding of the non-canonical structures of DNA, with potential implications in biological research and therapeutics.