Classes

• Spring 2017, Structural Bioinformatics
• Introduction of Structural Bioinformatics and related public databases.
• Molecular Dynamics simulations of enzyme catalysis and Protein-drug interactions.
• Fall 2016, Computational Biology
• Fall 2016, Computer Aided Drug Design
  
• Spring 2016, Structural Bioinformatics
• Scoreing policy: 20% attendance, 80% project.
  
• Introduction of Structural Bioinformatics and related public databases.
• Molecular Dynamics simulations of enzyme catalysis and Protein-drug interactions.
  
• Teams for project presentations, 15 min reports and 5 min question/answer for each team.
  
• Project examples
      Example1, Example2;    Presentation1, Presentation2
• Attendances
  
• Final Projects: Prensentations, Reports.
  
• Fall 2015, Computational Biology
• Fall 2015, Fundamental Concepts of Bioinformatics
  
• Fall 2015, Computer Aided Drug Design
• Spring 2015, Structural Bioinformatics
• Updated syllabus
  
• Lecture on 04/15, Molecular Dynamics Simulations on enzyme catalysis and protein-drug interactions.
• Lecture on 06/10, Brief Introduction of Public Databases for Structural Bioinformatics.
  
• Updated attendance
• Spring 2015, Advanced Bioinformatics
  
• Fall 2014, Computational Biology
  
• Fall 2014, Fundamental Concepts of Bioinformatics
• Arrangement of paper presentations
• Fall 2014, Computer Aided Drug Design
  
• Spring 2014, Advanced Bioinformatics
• Spring 2014, Structural Bioinformatics
• Fall 2013, Computational Biology
• Fall 2013, Computer Aided Drug Design
  
• Spring 2013, Advanced Bioinformatics
• Spring 2013, Fundamental Concepts of Bioinformatics
• Spring 2013, Structural Bioinformatics

• Spring 2013, Introduction to Database Management Systems
  

• Fall 2013, Computational Biology

• Fall 2012, Computer Aided Drug Design