1. Molecular Biology (16 hrs) | Gene and protein; Molecular cloning, TA Cloning, PCR and QPCR, and relative research project |
2. Microbiology and Immunology (16hrs) | Bacteria, virus; T cell, B cell, NK cell, Bone marrow and spleen and relative research project, FACS analysis and microscope images |
3. Cell Biology and Histology (16hrs) | Cell organelle: Mitochondria, Endoplasmic reticulum (ER) function and relative research projects. |
4. Physiology (16hrs) | Heart Function and Ca2+ signaling and relative research projects. |
5. Biochemistry (16hrs) | Cell signaling and function, Protein interaction, Western blot and relative research project. |
6. Stem cell research (16hrs ) | Embryonic stem cell (mouse and human IPS) Regeneration medicine and relative research |
7. Animal model of human diseases (16hrs) | Gene targeting, CRISP to generate Knock out mouse and zebrafish for human diseases models |
8. Cancer research (16hrs) | Cancer stem cell, cancer development, and therapeutic strategy, using in both in vivo and intro model |
9. Cardio Vascular Research (16hrs) | Heart failure and ER stress and Ca2+ signaling and relative research project |
10. Diabetes Research (16hrs) | Diabetes animal model and research |
Step 1: Teaching Step 2: Paper review and design experiment | Step 3: Visiting study Experiments and data analysis Step 4: Research report and oral presentation |