September 27, 2025Academia BiologyOpen Access

Integrating classical and quantum mechanics in melatonin receptors for structure-guided drug design

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Molecular dynamics and quantum mechanical calculations improved binding affinity in melatonin receptors, suggesting promise for new agonists.

Binding affinity for melatonin receptors improved with a new candidate, indicating potential therapeutic advancements.
Molecular dynamics simulations optimized the MT1-RMT complex, yielding a structure consistent with experimental findings.
Quantum mechanical calculations validated enhanced binding affinity and provided insights for rational drug design.
The findings call for further pharmacokinetic studies to assess the effectiveness of the new melatonin receptor agonist.

Menezes et al. (2025) studied this question.

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Molecular dynamics and quantum mechanical calculations improved binding affinity in melatonin receptors, suggesting promise for new agonists.