🧬🌱🧪 Molecular Docking Uncovers Potent Antisickling Phytocompounds!💊🌍🌿
The present study explores a computational strategy 💻🧪 to investigate bioactive compounds derived from two Congolese medicinal plants 🌿🇨🇩 with potential antisickling activity. Molecular docking techniques were employed to predict binding affinities and interaction patterns with sickle cell–related protein targets 🧬🩸.
Molecular dynamics simulations 🔄🧪 were further conducted to assess the stability, flexibility, and conformational behavior of the docked complexes over time. Key parameters such as RMSD, RMSF, and hydrogen bonding 🔗📊 provided insights into the dynamic stability of the ligand–protein interactions.
Overall, the integrated in silico approach 🌐💊 highlights promising phytochemicals with strong binding and stable interactions, supporting their potential as antisickling agents. These findings offer a scientific basis for future experimental validation and drug development against sickle cell disease 🩸🔬.
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