Course materials

Small molecule chemistry: from proteins to pathways

EMBL-EBI resources in practice

These materials include:

  • Practicals
  • Slides
Published
09 December 2024
English

Creative Commons

All materials are free cultural works licensed under a Creative Commons Attribution 4.0 International (CC BY 4.0) license, except where further licensing details are provided.

The small molecule chemistry: from proteins to pathways course, which focused on using EMBL-EBI tools and resources to identify small molecule drugs, evaluate protein binding, and investigate pathway effects ran in November 2024. Here we have made the course materials available for you to access any time.


Using these materials

Using these materials

These course materials provide a mixture of presentations and practical exercises to help advance your knowledge and skills in the analysis of biological data. You may select your topic of interest from the Course content page to view the relevant materials or work your way through all the course materials. 

To find out more about the trainers who created these materials, follow the links from the Course content page or go directly to the Trainer biographies page.

In the Further learning section you may explore the details about the EMBL-EBI’s free access online tutorials and webinars on a variety of life sciences topics.

Course Learning outcomes 

These automatically copy from the ‘Course’ that was selected above.

Material collection editors


Learning outcomes

After the course you should be able to:

  • Extract small molecule drug data from ChEMBL, including database accessions, structural representations, physicochemical properties and drug targets/ indications.
  • Identify experimental structures using PDBe and interpret the drug-target binding interactions.
  • Identify and annotate related biological pathways and predict the impact of the drug-target binding.

Material collection editors

  • Dayane Rodrigues Araujo, EMBL-EBI
  • Emma Jayne Manners, EMBL-EBI
  • Juanita Riveros Cuestas, EMBL-EBI

DOI: 10.6019/TOL.SmallMolChem-t.2024.00001.1