For students who do not have a bachelor's degree from the Bachelor of Pharmacy Program
For students who do not have a bachelor's degree from the Bachelor of Pharmacy Program must study more subjects, not including credits, amount 1 course
551 801 |
Pharmaceutical Sciences |
4*(4-0-8) |
1) Plan A Type A 1
Core Subjects (No credit being counted) in the amount of 5 credits, consisting of the following courses
550 521 |
Research Methodology in Pharmaceutical Sciences |
3*(3-0-6) |
551 621 |
Seminar in Pharmaceutical Sciences I |
1*(0-3-0) |
551 622 |
Seminar in Pharmaceutical Sciences II |
1*(0-3-0) |
Thesis (equivalent) 36 credits
550 714 |
Thesis |
(equivalent) 36 Credits |
Note * means courses studied without counting credits
2) Plan A Type A 2
Core subjects account for 5 credits, consisting of the following courses
550 521 |
Research Methodology in Pharmaceutical Sciences |
3(3-0-6) |
551 621 |
Seminar in Pharmaceutical Sciences I |
1(0-3-0) |
551 622 |
Seminar in Pharmaceutical Sciences II |
1(0-3-0) |
Elective subjects at least 13 credits by choosing from the following courses
Biopharmaceutical Sciences Subject Group
561 401 |
Advanced Cellular and Molecular Biology |
3(3-0-6) |
561 403 |
Instrumentation in Molecular Biology |
1(1-0-2) |
561 502 |
Advanced Human Physiology |
3(3-0-6) |
561 503 |
Cellular and Molecular Biology for Biopharmaceuticals Development |
2(2-0-4) |
561 505 |
Applied Microbiology |
2(2-0-4) |
561 506 |
Applied Immunology |
2(2-0-4) |
561 507 |
Molecular Virology |
2(2-0-4) |
561 531 |
Special Problems in Pharmaceutical Sciences I |
2(1-3-2) |
561 532 |
Special Problems in Pharmaceutical Sciences II |
1(0-3-0) |
561 533 |
Cellular and Molecular Biotechnology Laboratory |
1(0-3-0) |
561 534 |
Cellular and Molecular Bacteriology |
2(1-3-2) |
561 535 |
Applied Microbiology Laboratory |
1(0-3-0) |
561 601 |
Signal Transduction |
2(2-0-4) |
561 602 |
Biological Assay |
2(2-0-4) |
561 603 |
Advanced Application of Drug Biotransformation |
3(3-0-6) |
561 604 |
Advanced Cellular and Molecular Bacteriology |
1(1-0-2) |
561 605 |
Current Topics in Advanced Biopharmaceutical Sciences |
1(1-0-2) |
561 606 |
Advanced Immunology |
3(3-0-6) |
561 631 |
Bioinformatics in Pharmaceutical Sciences |
3(2-3-4) |
561 632 |
Biological Assay Laboratory |
1(0-3-0) |
Pharmacy Chemistry Subject Group
564 501 |
Advanced Instrumental Method of Analysis |
4(2-6-4) |
564 502 |
Advanced Organic Pharmaceutical Chemistry |
3(3-0-6) |
564 503 |
Structure Elucidation of Organic Compounds |
3(3-0-6) |
564 504 |
Advanced Drug Design |
3(3-0-6) |
564 505 |
Special Problems in Advanced Pharmaceutical Chemistry |
3(1-6-2) |
564 506 |
Current Topics in Pharmaceutical Chemistry |
2(2-0-4) |
Pharmacology and Toxicology Subject Group
565 603 |
Systemic Pharmacology |
4(4-0-8) |
565 604 |
Advanced Pharmacology |
4(4-0-8) |
565 605 |
Advanced Toxicology |
3(3-0-6) |
565 702 |
Research Methods in Pharmacology and Toxicology |
2(1-3-2) |
565 703 |
Receptor Pharmacology and Signal Transduction |
3(3-0-6) |
565 706 |
Principle and Applications of Toxicology |
2(2-0-4) |
565 802 |
Current Topics in Pharmacology and Toxicology |
2(2-0-4) |
565 803 |
Special Problems in Pharmacology and Toxicology |
2(0-6-0) |
565 804 |
Genetic Technology and Gene Therapy |
3(2-3-4) |
Herbal and Natural Products Science Subject Group
551 604 |
Development of Pharmaceutical Products from Medicinal Plants |
3(2-3-4) |
551 607 |
Natural Bioactive Compounds |
3(2-3-4) |
551 610 |
Community Pharmacognosy |
3(2-3-4) |
566 401 |
Medical Herbs |
3(2-3-4) |
566 501 |
Chemistry of Natural Products |
4(3-3-6) |
566 502 |
Separation Techniques for Medicinal Plants |
3(2-3-4) |
566 503 |
Advanced Research in Natural Products |
3(2-3-4) |
566 712 |
Analysis of Natural Products |
3(2-3-4) |
566 732 |
Biotechnology for Medicinal Plants Research |
3(2-3-4) |
Physical Sciences Subject Group
551 701 |
Theoretical Aspects of Dosage Form Design |
3(3-0-6) |
551 714 |
Advanced Pharmaceutical Technology I |
3(2-3-4) |
551 715 |
Advanced Pharmaceutical Technology II |
3(2-3-4) |
551 716 |
Biomaterials in Drug Delivery System |
3(2-3-4) |
551 719 |
Cosmetic Sciences and Technology3(2-3-4) |
|
567 401 |
Principle in Pharmaceutical Technology |
3(3-0-6) |
567 402 |
Instrumental Application in Physicochemical Characterization |
4(2-6-4) |
567 403 |
Introductory Polymer Sciences for Pharmaceutical Sciences |
3(3-0-6) |
567 404 |
Colloidal Sciences and Nanotechnology |
3(3-0-6) |
567 405 |
Current Topics in Physical Science and Technology |
3(1-6-2) |
567 406 |
Special Problems in Physical Science in Pharmaceutical Sciences |
2(1-3-2) |
567 407 |
Packaging Technology |
2(2-0-4) |
Dissertation (equivalent) 18 credits
550 709 |
Thesis |
(equivalent) 18 Credits |
Note:
1) Students can enroll in more than 1 subject group. Depending on the judgment of the academic advisor and thesis advisor, it is advisable to study further in the case of adjusting the knowledge ground.
2) Thesis advisors and/or the program committee may require students to enroll in certain subjects in the elective courses of the additional Pharmacy Program. To adjust the fundamentals of knowledge, these credits are not counted as part of the curriculum