DyME: An MD-based engine exploiting HTP mutagenesis for protein engineering and recognition mimicry.

DyME enables high-throughput MD-based mutagenesis and analysis of protein recognition mimicry, handling thousands of systems with streamlined preparation and comparison.

• Why it matters: Understanding how amino acid alterations influence molecular recognition is crucial for bioengineering and rational design, yet current tools lack scalable, integrated solutions for large datasets.
• What they did: The platform combines automated mutagenesis, solvated MD simulations, and a comparative analysis toolbox, using structural data of protein-protein or protein-DNA complexes to explore site-specific modifications.
• The result: DyME's integrated approach facilitates comprehensive analysis of mutational effects on recognition, supporting advanced protein engineering and mimicry studies through efficient, large-scale simulation and data management.