The prediction of protein–ligand unbinding for modern drug discovery

Qianqian Zhang, Nannan Zhao, Xiaoxiao Meng, Fansen Yu, Xiaojun Yao, Huanxiang Liu

Research output: Contribution to journalReview articlepeer-review

4 Citations (Scopus)

Abstract

Introduction: Drug–target thermodynamic and kinetic information have perennially important roles in drug design. The prediction of protein–ligand unbinding, which can provide important kinetic information, in experiments continues to face great challenges. Uncovering protein–ligand unbinding through molecular dynamics simulations has become efficient and inexpensive with the progress and enhancement of computing power and sampling methods. Areas covered: In this review, various sampling methods for protein–ligand unbinding and their basic principles are firstly briefly introduced. Then, their applications in predicting aspects of protein–ligand unbinding, including unbinding pathways, dissociation rate constants, residence time and binding affinity, are discussed. Expert opinion: Although various sampling methods have been successfully applied in numerous systems, they still have shortcomings and deficiencies. Most enhanced sampling methods require researchers to possess a wealth of prior knowledge of collective variables or reaction coordinates. In addition, most systems studied at present are relatively simple, and the study of complex systems in real drug research remains greatly challenging. Through the combination of machine learning and enhanced sampling methods, prediction accuracy can be further improved, and some problems encountered in complex systems also may be solved.

Original languageEnglish
Pages (from-to)191-205
Number of pages15
JournalExpert Opinion on Drug Discovery
Volume17
Issue number2
DOIs
Publication statusPublished - 2022
Externally publishedYes

Keywords

  • Protein–ligand unbinding
  • binding free energy
  • dissociation rate constant
  • enhanced sampling methods
  • machine learning
  • molecular dynamic simulation
  • residence time
  • unbinding pathways

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