
Associate Professor, Institute of Genomics and Bioinformatics
Dr. Liu, Jyung-Hurng
Structural Bioinformatics Lab
 
Lectures
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You can download course materials via 
NCHU iLearning website (for currently registered student only)
Undergraduate courses
- Biochemistry    Dept. Life Sci.
 
- The foundations of biochemistry
 
- Water
 
- Amino acids, peptides, and proteins
 
- The three-dimensional structure of proteins
 
- Biotechnology    Dept. Life Sci.
 
- Biotechnology for production of monoclonal antibodies and vaccines
 
- Bioinformatics    Bachelor Program Of Biotechnol.
 
- Structural bioinformatics
 
- Cell Biology    Bachelor Program Of Biotech.
 
- Chemotrophic energy metabolism: glycolysis and fermentation
 
- Aerobic respiration and photosynthesis
 
- The endomembrane system and peroxisomes
 
- Signal transduction mechanisms: I. Electrical and synaptic signaling in neurons
 
- Signal transduction mechanisms: II. Messengers and receptors
 
Graduate courses
- Applied Genomics and Bioinformatics (with Practices)    Inst. Genomics Bioinform. 
 
- Obtaining structural and functional information from protein sequence
 
- Visualizing protein structures
 
- Genomics and Bioinformatics    Executive Master Program of Life Sci. 
 
- Structural bioinformatics
 
- Protein Engineering    Inst. Genomics Bioinform.
 
- De novo design of the alpha-helix
 
- De novo design of the beta-hairpin or the beta-sheet
 
- Design of bioactive miniproteins
 
- Design of protein-protein interaction
 
- Protein misfolding disorder and design of antimisfolding agents
 
- Advenced Bioinformatics (with Practices)    Inst. Genomics Bioinform. 
 
- Molecular dynamics simulation
 
- Structural Bioinformatics    Inst. Genomics Bioinform.
 
- Websites and softwares for protein structure information
 
- Structure determination by X-ray crystallography, NMR and electromicroscopy
 
- Computer-aided protein structure prediction
 
- Computational tools for protein structure analysis
 
- Structural quality assurance
 
- Molecular Recognition and Drug Design    Inst. Genomics Bioinform.
 
- Prediction of non-bonded interactions in drug design
 
- Molecular recognition models
 
- The biophore concept
 
- Receptor-ligand interaction
 
- Enzyme inhibition and inactivation
 
- Drug metabolism
 
- Prodrug and drug delivery systems
 
- Special Lectures on Computer-aided Protein Structure Determination (I)(II)    Inst. Genomics Bioinform.
 
- Seminar    Inst. Genomics Bioinform.
 
- Seminar C    Dept. Life Sci.
 
- Special Topics in Biochemistry    Grad. Inst. Biotech.
 
- Special Topics in Biotechnology    Grad. Inst. Biotech.