AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
TL;DR
This study extends HADDOCK to deal with DNA flexibility and is able to successfully predict protein (cid:1) DNA complexes from unbound constituents using non-structural experimental data to drive the docking.
The interface prediction program WHISCY is presented, which combines surface conservation and structural information to predict protein–protein interfaces and demonstrates the potential of using interface predictions to drive protein–protein docking.
A fully in silico comparison was performed using metal-free His6 and the tri-metal model complexes against the canonical B-DNA dodecamer 1BNA to provide a hypothesis-generating comparison that may guide future experimental investigation of metal-coordinated oligohistidine-DNA interactions.
These studies illustrate how the interplay of DNA sequence, flexibility, and topology governs the behavior of sharply bent DNA, providing molecular‐level insights for the design of DNA‐based nanoscale devices.
GHBfix-18Ab, an 18-component hydrogen-bond correction that distinguishes NH and NH□ donors, is developed, demonstrating that targeted refinement of hydrogen-bond interactions provides a practical strategy for systematic improvement of RNA force fields toward more accurate modeling of noncanonical RNA motifs.
Evaluating modern AMBER-based parametrizations across diverse structural motifs, including aptamers, duplexes, and quadruplex-duplex hybrids, provides critical insights for developing next-generation DNA force fields capable of accurately modeling non-native structures and enabling balanced sampling essential for predi...
The AlteQ approach with good quality describes the experimental electron density which was determined using low temperature high resolution X-ray diffraction to study DNA polymerase complementarity and can be used to assess the binding quality of bases.
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