The objective of this course is to provide undergraduate students in college of pharmacy with the knowledge base and analytical skills necessary to follow the rapidly expanding field of molecular biology and genetics. This will be accomplished by an in depth introduction to the technologies currently used, followed by a series of lectures and discussions on the recent use of molecular approaches to answer fundamental questions in cell and molecular biology. Pharmaceutical biochemistry (I) and (II) are highly recommended prerequisites for enrollment in this course.

This lecture provides the fundamental concepts, probability distribution, estimation, test of hypotheses, category data in statistics.

Discussion of the pathological phenomena on the specific topics. Emphasis is placed on causative mechanism, the progress and effects of diseases, and the structural and functional changes association with pathological disturbances.

To understand effects of drugs, principles and mechanisms of drug action, and also side effects including toxicity, with basic pharmaceutical knowledge in anatomy, physiology, organic chemistry, biochemistry, molecular biology, pathophysiology, microbiology, and immunology. Furthermore, to be able to consult with health care professionals about clinical application of drugs in terms of effectiveness and safety and to apply the knowledge to patient care.

Study the history, origin, characteristics, constituents, quality evaluation, authentification, pharmacology, and application of medicinal natural products.

This lecture is focused on environmental pollutants and dietary food supplements of human health concerns. Through critical reading of up-to-date references on hygienicpharmacy, students will be understanding on the mechanism of toxicology and carcinogenesis in the body. At the end of this course, students will acquire abilities needed for independent researchers in the field of hygienic pharmacy.

This lecture is designed to cover the structure and function of important drug targets such as receptors, enzymes, and nucleic acids. Moreover, pharmacodynamics and pharmacokinetics related issues are to be covered.

Pharmaceutical Biochemistry Laboratory is designed for undergraduate students in college of pharmacy whose educational needs can be best satisfied by two semester biochemistry lab course. Introductory chemistry, organic chemistry, and biology are highly recommended prerequisites for enrollment in this course. Pharmaceutical Biochemistry Laboratory will provide students general and current research techniques to understand basic principles of biochemistry.

The objectives of this course are to provide you with a firm understanding of the fundamental principles of Experimental Preventive Pharmacy & Public Health and Experimental Toxicology; and molecular mechanism of action of toxic materials to functional or integrative aspects in in vitro and in vivo systems.

This lecture is designed to understand chemical synthesis, SAR and molecular mechansims for pharmacological actions of medicines based on SAR.

This course is designed to teach students the types of drug information available and what sources of information are appropriate to use in a variety of situations. The students will learn the skills necessary to respond to requests for drug information from health care professionals and patients. These skills include the categorization of the request, searching for information, analysis of information retrieved, and formulation and delivery of a response.

The objective of this course is to provide undergraduate students in college of pharmacy with the knowledge base and analytical skills necessary to follow the rapidly expanding field of molecular biology and genetics. This will be accomplished by an in depth introduction to the technologies currently used, followed by a series of lectures and discussions on the recent use of molecular approaches to answer fundamental questions in cell and molecular biology. Pharmaceutical biochemistry (I) and (II) are highly recommended prerequisites for enrollment in this course.

Isolation, structure elucidation, and biological evaluations will be practiced in this class. Liquid chromatography, TLC, NMR spectroscopy, brine shrimp assay, antibacterial assay will be include in the lab procedure.

Through basic experiment on drug toxicity and drug action, to understand experimental purpose and principles of pharmacology and furthermore to be a base for new drug research.

This course introduces the clinical use of medication in the prevention and treatment of disease and serves as a foundation for the delivery of pharmaceutical care. Clinical pharmacotherapy I serve the needs of all future pharmacists by focusing on core cardiovascular and respiratory disease states. This course briefly reviews the pharmacotherapy of various diseases with primary focus on applying therapeutic knowledge to care for patients with such diseases.

This course introduces the clinical use of medication in the prevention and treatment of disease and serves as a foundation for the delivery of pharmaceutical care. Pharmacotherapy II serve the needs of all future pharmacists by focusing on gastrointestinal, neurologic, and psychiatric disease states. This course briefly reviews the pharmacotherapy of various diseases with primary focus on applying therapeutic knowledge to care for patients with such diseases.

This course focuses on the general introduction of pharmaceutics, pharmacokinetics, and drug delivery system, and on the details about a variety of pharmaceutical dosage forms,i.e. solids, semi solids, solutions, extractions, parenterals, and particulate matters.

This class is for the basic understanding of immune system, immune reaction, general principles and molecular mechanisms of immunity, and so on. Lectures will be given to students for further study of the relationship between various immune responses and diseases. Through this class, participants will have the basic knowledge about development of new drug and therapy related to immune system.

Learning metabolic pathways of drugs and Understanding how the drug metabolism is involved in the expression of effects and toxicity of the drugs.

The objectives of this course are to explain the following items, i.e., preparation, appearance, characters, quality, and storage of pharmaceuticals.

The course covers the major concepts related to the structure and functioning of health care system and the role of pharmacists. The course focuses on the basic concepts of pharmacoeconomics, pharmacoepidemiology, medication safety, and health policy decision making.

Laboratory practice includes isolation, purification, hydrolysis, oxidation and reduction, unit reactions and drug synthesis.

The objectives of this course are to instruct the pharmaceutical methods to prepare a variety of pharmaceutical dosage forms, i.e. solids, semi solids, solutions, extractions, parenterals, and particulate matters.

This course introduces the clinical use of medication in the prevention and treatment of disease and serves as a foundation for the delivery of pharmaceutical care. Clinical pharmacotherapy III serve the needs of all future pharmacists by focusing on coreendocrinologic, renal and musculoskeletal disease states. This course briefly reviews the pharmacotherapy of various diseases with primary focus on applying therapeutic knowledge to care for patients with such diseases.

This course introduces the clinical use of medication in the prevention and treatment of disease and serves as a foundation for the delivery of pharmaceutical care. Pharmacotherapy IV serve the needs of all future pharmacists by focusing on infectious diseases. oncology, and transplant. This course briefly reviews the pharmacotherapy of various diseases with primary focus on applying therapeutic knowledge to care for patients with such diseases.

This lecture is designed to study structure-activity relationship of drugs and update information on drug development.

The laws and regulations in relation to all aspects of the profession of pharmacy.

Adverse effects of chemical and linking organism and mechanism of action of toxic substance.

This course provides a fundamental knowledge and skills on application of the principles of clinical pharmacokinetics to a clinical setting. This focuses on monitoring patient's blood drug concentrations and developing patient-specific drug regimen using pharmacokinetic and pharmaco-therapeutic knowledge.

The primary goal of IPPE is to provide the student with an opportunity to experience a broad range of pharmacy practice experiences early in their academic career. This course are designed to prepare for the Advanced Pharmacy Practice Experiences (APPEs) they will complete during their fourth professional year.

MP30181 Manufacturing Pharmacy Science Laboratory (Ⅻ)

Anatomy, Physiology and Patholophysiology: The purpose of this laboratory is to provide tools, materials, and methods to understand the basic knowledge of cells, tissues, and organs of human bodies. It would be helpful for students to understand anatomy, physiology and phathophysiology of human bodies and diseases via microscopical and gross observation of specimens.

This is five-week (200 hours) on-site learning experience in a hospital setting. Students are expected to learn knowledge, skills and attitude necessary to serve as a hospital pharmacist. The activities include the basic distributive and administrative skills necessary to process prescriptions or medication orders, patient counseling, and providing medication information.

This is five-week (200 hours) on-site learning experience in a hospital setting. Students are expected to learn the basic clinical skills necessary to provide patient-centered care to patients. The student will be involved in, but not limited to, taking medication histories, monitoring patient progress and providing drug information to health care professionals and patients.

This is five-week (200 hours) on-site learning experience in a community pharmacy setting. Students are expected to develop and explore their current and potential roles as a community pharmacist. These roles involve pharmacotherapy interventions, prescription review and dispensing, patient counselling, and pharmacy management.

This course is designed to allow the student to explore and develop knowledge and skills in areas of industrial pharmacy & health care administration. The sites will include pharmaceutical companies or a university-affiliated model pharmaceutical manufacturing factory, and other governmental health administrative agencies.

This course is designed to develop the student’s in-depth knowledge and skills on various clinical pharmacy practice in a hospital pharmacy setting.

This course is designed to develop the student’s in-depth knowledge and skills in a community pharmacy setting. The educational contents will include, but not limited to, prescription drugs, over the counter (OTC) drugs, chronic disease management, and alternative medicine therapy.

This course is designed to develop the student’s in-depth knowledge and understanding of a industrial pharmacy or social administrative pharmacy.

This course is designed to develop the student’s in-depth knowledge and skills on pharmaceutical research. The educational contents will include, but not limited to, knowledge to design a research, to develop research protocol, to hone basic experimental skills and techniques, and write a research report.

This course is designed to develop knowledge and skills in writing and presenting the research project as of a Advanced Pharmacy Practice Experience.

Learning and understanding toxic compounds and their physiological action mechanisms, signs and responses caused by exposure to the compounds, identification and isolation of the compounds, and first-aid treatments against the compounds.

This course focuses on introduction of the general description of the name reactions selected from papers published in journals related to chemistry and general reaction scheme, proposed mechanism and application of the name reactions will be lectured.

To understand the fundamental properties of the proteinous drugs that are used in clinical field, we will try to give recent basic and advanced information regarding proteinous drugs.

Contents related to a variety of protecting groups involving hydroxyl, amino, ketone, carboxylic acid and thiol, their protecting reaction conditions and removing reaction conditions will be lectured.

We understand the physicochemical properties of the diverse biomacromolecules through this lecture. The application to pharmaceutics will be learned from this lecture as well.

The purpose of this course is to learn how quality of pharmaceutical products are controlled throughout manufacturing and approval processes and to obtain a fundamental scientific background to cope with anticipated changes in industrial filed.

This course is designed to enable pharmacy students to be familiar with available nonprescription drug products and to train students on proper selection and pharmacotherapeutic use of those products.

This lecture is designed to study chemical mechanisms of drug action, thus providing chemical basis for rational drug design.