Curriculum
| 2-1 |
- ORGANIC PHARMACEUTICAL CHEMISTRY I
- Organic pharmaceutical chemistry covers the classification of organic compounds based on functional group, physicochmeical properties,preparations, as well as reactions of each group. Such studies would lead the ability to understand and to expect changes as well as effects of drugs when absorbed.
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| 2-1 |
- EXPERIMENT I
- This course is designed to unite the theory and practice of the biochemistry, microbiology, organic pharmaceutical chemistry, and analytical chemistry. Emphasis is placed on the development of principles of various techniques and participation in laboratory experiments in these fields.
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| 2-1 |
- HUMAN PHYSIOLOGY Ⅰ
- Students will learn function of human body systems such as cardiovascular, respiratory, urinary, endocrine, and reproductive systems, and be able to apply and comprehend interrelated body functions. Students will learn the process of making electrical excitability of nerve and muscle cells, which are excitatory cells in the body, and physiological functions related to cellular communication. Especially, this course aims that student can get a solid foundation for the next advanced courses such as pathophysiology and pharmacology, and apply the knowledge from this course to the clinical practice.
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| 2-1 |
- MOLECULAR BIOLOGY I
- DNA is transcribed into RNA, and RNA is translated into proteins, the main component of the cell. The cellular system that produces proteins from the DNA/RNA is called the 'central dogma of molecular biology'. In the class of molecular biology, we will learn life science at the molecular level based on the central dogma.
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| 2-1 |
- PHARMACEUTICAL MICROBIOLOGY Ⅰ
- Throughout the lecture focussed on the microbial morphology, physiology, biochemistry and genetics, the basic concepts for the essence of life wi11 be introduced, and further the basic knowledge for taxonomic characteristics of microbial groups will be taught which is required for understanding the main principles in the treatment and prevention of pathogenic microorganisms.
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| 2-1 |
- PHARMACOGNOSY I
- "Pharmacognosy" derives from two Greek words, "pharmakon"or drug, and "gnosis" or knowledge. Pharmacognosy is defined as the study of bioactive natural products (plants, animals, minerals, microorganisms, marine natural products, and their metabolites). To broaden our knowledge of pharmacognosy, this course deals with the origin, culture, formulation, identification, evaluation, storage, effect, and bioactive compounds of natural products (General, Radix, and Rhizoma).
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| 2-1 |
- PHYSICAL PHARMACY I
- To provide an understanding of the physicochemical properties of drugs and basic theories related to various physicochemical phenomena, and to acquire the following knowledge, which can be applied to the formulation and evaluation of various dosage forms: electrolytes, nonelectrolytes, ion equilibrium, buffer solutions, solubility and solutions, diffusion theory, drug release and dissolution, solubility of pharmaceuticals, and stability.
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| 2-2 |
- MOLECULAR BIOLOGY II
- All living things except viruses are composed of cells as a basic unit. Molecular Biology (2) aims to understand a cell at the molecular level by learning intracellular compartments, intra/intercellular communication, and cell cycles.
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| 2-2 |
- ORGANIC PHARMACEUTICAL CHEMISTRY II
- Organic pharmaceutical chemistry covers the classification of oranic compounds
based on functional group, physicochmeical properties, preparations, as well as
reactions of each group. Such studies would lead the ability to understand and to
expect changes as well as effects of drugs when absorbed.
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| 2-2 |
- PHARMACEUTICAL ANALYSIS
- Quantitative and qualitative analyses of drugs based on principles of statistics for experimental data, chemical equilibrium, acid-base will be discussed.
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| 2-2 |
- PHARMACIST ETHICS AND COMMUNICATION SKILLS
- Ethics and Communication skills in Pharmacy Practices amis to discipline pharmacy students to be able to communicate with patients and other professionals in their practices. This also provides them opportunities to learn professional ethics and to consider ethical issues and related topics regarding their roles as health care experts in the future.
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| 2-2 |
- EXPERIMENT II
- This course is designed to unite the theory and practice of the pharmacognosy, analytical chemistry, medicinal chemistry and synthetic pharmaceutical chemistry. Emphasis is placed on the development of principles of various techniques and participation in laboratory experiments in these fields.
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| 2-2 |
- HUMAN PHYSIOLOGY Ⅱ
- In this course, you will learn about the functions of the human body, specifically how the cardiovascular, respiratory, urinary, digestive, endocrine and reproductive systems perform their unique functions. Because the unique function of each system of the human body cannot be considered separately from the structure of the body parts, basic anatomical background knowledge necessary to understand the functions of each part is also included. Ultimately, we understand the working principle of each system constituting the human body and the totality of functions by the interrelationship between them. This course is a prerequisite for pathophysiology course.
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| 2-2 |
- PHARMACEUTICAL DEVICE ANALYSIS
- Spectroscopy and separation analysis is a relatively younger method than chemical analysis and is developing rapidly. In addition, the application area and scope of the chemical analysis are shrinking day by day, while the area of instrumental analysis is gradually increasing. Furthermore, the technological progress and diversity of the instrument itself are increasing.
The goal of this lecture is to learn the basic knowledge of analytical science necessary for the overall pharmaceutical science based on the introduction and understanding of various spectroscopy and separation analysis methods that are the basis of instrumental analysis.
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| 2-2 |
- PHARMACEUTICAL MICROBIOLOGY Ⅱ
- Throughout the lecture on characteristics of human pathogenic microorganisms,
clinical implications and immunological diagnosis, treatment measures for infectious diseases including drug of choice will learned.
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| 2-2 |
- PHARMACOGNOSY II
- "Pharmacognosy" derives from two Greek words, "pharmakon"or drug, and "gnosis" or knowledge. Pharmacognosy is defined as the study of bioactive natural products (plants, animals, minerals, microorganisms, marine natural products, and their metabolites). To broaden our knowledge of pharmacognosy, this course deals with the origin, culture, formulation, identification, evaluation, storage, effect, and bioactive compounds of natural products (Semen, Fructus, Herba, Folium, Cortex, Flos, Lignum, Resina？Extracta？Latex, Cryptogamae, Animalis).
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| 2-2 |
- PHYSICAL PHARMACY II
- To provide an understanding of the physicochemical properties of drugs and basic theories related to various physicochemical phenomena, and to acquire the following knowledge, which can be applied to the formulation and evaluation of various dosage forms: Chemical reactions, interfacial phenomena, colloidal dispersions, coarse dispersions, viscosity, particle characteristics, rheological phenomena, oral solid dosage forms.
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