WHY US
The MPCPP is the first academic program in Taiwan that aims for clinical applications of personalized medicine. With the collaboration between faculty and clinical groups from diverse backgrounds, we pursue the mission of translational medicine and optimization of drug prescription. Through communication with international scholars, MPCPP helps expand international perspectives.
COURSES INTRODUCTION
The MPCPP provides comprehensive classes in omics science, including genomics biomarkers, molecular diagnostics, molecular diagnostics, proteomics, and bioinformatics. Students at MPCPP perform in-depth investigations of the pathology, molecular mechanisms, current and future prevention, diagnosis, treatment, and drug development for various human genetic diseases. Students also learn the collection, sorting, statistical analysis, presentation, and discussion of research data on genomics, proteomics, bioinformatics, molecular biological knowledge, and technology.
CURRICULA
These 9 courses are required:
◆ Research ethics | 0 credit |
◆ Seminar | 1 credits |
◆ Thesis | 6 credits |
◆ Special topics in translational biopharmaceuticals | 2 credits |
◆ Proteomics | 2 credits |
◆ Genomics biomarkers | 2 credits |
◆ Clinical Molecular Diagnostics | 2 credits |
◆ Omics data analysis using R | 2 credits |
◆ Metabolome Bioinformatics | 2 credits |
Suggested Electives:
◆ Pharmaceutical marketing & management | 2 credits |
◆ Immunological analysis | 2 credits |
◆ Design of drug synthetic pathway | 2 credits |
◆ New aspects of pharmaceutical immunology | 2 credits |
◆ Structural elucidation | 2 credits |
◆ Glycobiotechnology in pharmaceutical industry | 2 credits |
◆ GxP quality management of medicinal products & medical device through product lifecycle | 2 credits |
◆ Research methodology in pharmaceutical outcomes research | 2 credits |
◆ Long-term pharmaceutical care | 2 credits |
◆ Clinical Chinese pharmacotherapy | 2 credits |
◆ Innovation & research in clinical pharmacy | 2 credits |
◆ Advanced spectroscopy | 2 credits |
◆ Genotoxic analysis | 2 credits |
◆ Advanced biotechnology in Chinese herbs exploration | 2 credits |
◆ Design & development of controlled release dosage forms | 2 credits |
◆ International clinical pharmacy practice | 2 credits |
◆ Principles of drug design | 2 credits |
◆ Specialty pharmacy practicum | 2 credits |
◆ Genomics & therapeutic drug monitoring | 2 credits |
◆ Pharmacotherapy in hematologic malignancy & oncologic disease | 2 credits |
◆ Separation techniques for natural products | 2 credits |
◆ Patient assessment & communication skills in pharmacy practice | 2 credits |
◆ Cell cycle control & targeting therapy of anti-cancer drugs | 2 credits |
◆ Genetic engineering & protein engineering | 2 credits |
◆ Special topics in translational medicine of Chinese herbal medicine | 2 credits |
◆ Pharmaceutical care practice | 2 credits |
◆ Pharmacoeconomics & outcomes research | 2 credits |
◆ Precision pharmacy | 2 credits |
Click here for a sample schedule, by semester
You are encouraged to contact the program representative, who will help tailor a curriculum that suits you best.
GRADUATION REQUIREMENTS
- The Clinical Genomics and Proteomics master’s degree is a two-year (four-semester) program requiring completion of 30 credits, including 22 credits of required courses.
- Thesis defense
FUTURE CAREER PATH
The MPCPP places a strong emphasis on hands-on training. Students are trained to use various omics technologies for their research projects, including data analysis, sequencing, mass spectrometry, and cell culturing. After completing the MPCPP, students will have expertise in omics technologies that are directly transferable to careers in research and industry to be academic researchers, analytic chemists, food and drug analysts, geneticists, or molecular geneticists.