5.00
(1)

Story of bioinformatics

What You Will Learn

  • Understand how bioinformatics supports scientific research questions.
  • Recognize biological databases and different types of biological data.
  • Read sequence-comparison and evolutionary results critically.
4
5.00
(1)

Advanced drug design

What You Will Learn

  • Understand relationships between molecular structure and predicted activity.
  • Read modeling and QSAR results with an awareness of their limitations.
  • Recognize the role of computational screening in drug discovery.
1
4.67
(3)

Immune informatics

What You Will Learn

  • Understand immunology foundations and their connection with bioinformatics.
  • Recognize the data types and research questions used in immunoinformatics.
  • Read computational findings and discuss their scientific limitations.
5

In-silico drug design

What You Will Learn

  • Understand the core principles of computational drug design.
  • Read molecular-docking results and discuss their limitations.
  • Recognize ADME concepts and early safety-assessment considerations.
3

Scientific Research Fundamentals

What You Will Learn

  • Find credible scientific sources and studies relevant to your topic.
  • Understand research-paper structure and distinguish types of scientific literature.
  • Organize references and connect them with your research questions.
2