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February 8, 2026The Chemical Educator0 citations

Drug Docking in the Organic Chemistry Curriculum

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SMS. K. MbepaMSM. L. SmithJWJ. E. Williams

Key Points

  • The aim is to introduce undergraduate students to drug docking techniques within the organic chemistry curriculum.
  • Designed a 3-week lab project for organic chemistry students.
  • Week 1: Introduction to docking software including Autodock and PyMol.
  • Week 2: Students select a drug and study its docking to a related protein.
  • Week 3: Students modify the drug's structure and analyze the modified compound's docking.
  • Toxicity and hydrophobicity assessments performed using ProTox.
  • Students predict which drug variant binds better based on calculated binding energies.
  • Students gain hands-on experience with chemical software and docking concepts.

Abstract

This article presents a feasible 3-week lab project that introduces drug docking with proteins to undergraduate Organic Chemistry students. In week 1, students are briefly introduced to docking by demonstrating the use of Autodock, OpenBabel, Protox, PyMol, and Protein Ligand Interaction Profiler. In week 2, students use a known drug of their choice and study its docking to a protein known to bind to the drug from literature searches. In week 3, students modify the structure of the drug and study the modified drug’s docking to the same protein. The toxicity and hydrophobicity of both drugs are predicted using ProTox. Based on binding energies, students predict the drug that is likely to bind better to the binding site.

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Cite This Study

Mbepa et al. (2026) studied this question.

synapsesocial.com/papers/698827a20fc35cd7a88468abhttps://doi.org/10.1525/tce.2026.101
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