Syllabus | 약학대학

영문
Undergraduate Course
Syllabus

PHRM3014 Pharmacist and Society: This course consists of rotational lectures given by successful, professional pharmacists working at various workplaces such as pharmaceutical companies and institutes, government agencies, national/public institutes, hospitals, pharmacies and educational institutions. This course will assist students to have informations about various professional jobs and to get their own visions for the future. This course will open every fall semester until junior (P3).
PHRM317 Pharmaceutical Analysis: This course focuses on the analytical methods of pharmaceuticals used in the medical diagnosis, treatment, or prevention of human disease. It covers fundamental concepts of separation, identification, quantification, extraction techniques, and titration methods of the chemical components in medicinal agents. Students also learn basic principles of qualitative and quantitative methods for drug analysis described in Korean Pharmacopeia.
PHRM3011 Laboratory in Pharmacy1: This laboratory course covers selected basic techniques and methods in the field of medicinal chemistry, pharmaceutical manufacturing chemistry, and anatomy. Topics include: practice in structure-activity relationship, synthesis of organic- and inorganic pharmaceuticals, basic procedures in human anatomy, basic histological emthods and applications.
PHRM314 Microbial Pharmacals1: This part of the course includes the studies on microbial origin, types, composition, characteristics of the microorganism-induced diseases, and the disinfection and sterilization methods to prevent the diseases caused by microorganisms. This part of study will introduce the symptoms and diagnosis, and therapeutics of infectious diseases.
PHRM3427 Interpersonal Communications and Patient Education: This is the course in which student will study to apply effective communication skills in inter-professional communications with patients and use communication skills in educating and counseling patients. This is designed to learn and practice communication in our social and personal relationships The basic component of the course is that student is able to maximize communicative effectiveness in relationships with knowledge about how communication functions combined with reflexiveness about one’s own and others’ communication practices and experiences.
PHRM3318 Physical Pharmacy1: This course enables students to learn applications of physicochemical principles of drug molecules to pharmaceutical systems. Topics include: fundamental principles of drug molecules in formulation and drug discovery; physicochemical properties of drugs and drug reaction; new principles and technologies associated with solutions, suspensions, and particles; physicochemical properties of biological systems in the standpoint of pharmaceutical application; design of dosage forms based on physicochemical properties.
PHRM3110 Human Physiology1: Physiology deals with the principle of each organ and their roles in human body and it is also designed to make students understand the mechanisms for the maintenance of the body homeostasis.
PHRM318 Pharmaceutical Biochemistry1: The Pharmaceutical Biochemistry course provides a general introduction to biochemical concepts that helps students understand the mechanism of drug action, drug metabolism and toxicity. In particular, The part 1 of Pharmaceutical Biochemistry provides a case-study to emphasize how this biochemical concept relates with the development of drugs and diagnosis kits for the treatment of human diseases.
PHRM324 Biologics and Cell Therapeutics: This course reviews how biopharmaceuticals have been optimized to achieve their maximal efficacy and safety by modifying their physiochemical properties and improving their delivery systems. In particular, Biologics and Cell Therapeutics course presents the recent research trends on gene and cell-based biopharmaceuticals, which will enable students to propose and develop new biopharmaceutical biotechnology.
PHRM3112 Anatomy & Histology: Human anatomy helps students put into perspective how the part of the body just concern for accuracy and an approach that stresses the visual presentation of information.
PHRM3015 Pharmaceutical Chemistry: This course studies the principles and theories of chemical bonding, nomenclature, and mechanisms of organic reactions. The first half of the course covers the general principles of the reactivity and stereochemistry associated with organic molecules used as pharmaceutical agents. The course continues with the chemistry of carbonyl compounds such as aldehydes, ketones, carboxylic acid, and carboxylic acid derivatives. A brief overview of carbohydrates and heterocyclic compounds that are used as therapeutic agents is also included.
PHRM325 Pharmaceutical Molecular biology: This course reviews how biopharmaceuticals have been optimized to achieve their maximal efficacy and safety by modifying their physiochemical properties and improving their delivery systems. In particular, Biologics and Cell Therapeutics 1 course focuses on fundamental principles and concepts that should be considered in designing the dosage form of protein-based macromolecules to improve their bioavailability.
PHRM3013 Cell Biology & Drug Target Identification: This course is a subject focused on cell biology, but also its application in identifying drug targets and developing new drug designs. In particular, this courses reviews the structure and function of cell membrane that is critical in determining the intracellular transport of drugs, and also a variety of ligand/receptors and their downstream signaling molecules that have been employed as drug targets. In addition, it presents several case-studies to emphasize how this cellular biology concept relates with finding new drug targets for the treatment and diagnosis of human diseases.
PHRM3012 Laboratory in Pharmacy2: This laboratory course covers selected basic techniques and methods in the field of pharmaceutical biochemistry, microbial pharmacals, and preventive pharmacy. Topics include: the isolation and purification of eukaryotic DNA and bacterial plasmid, enzyme assays for the determination of kinetic parameters and polymerse chain reaction, staining, sterilization, culture, production methods of pathogenic microorganisms and antibiotics-producing microbes, detection of environmental chemicals and food contaminants, and toxicological study methods.
PHRM315 Microbial Pharmacals 2: This course will cover the types, characteristics, action mechanisms of pathogenic microorganisms and microbes which are used to produce antibiotics, antiviruses and physiologically active constituents. This course also covers topics including background and advanced knowledges of genetic engineering and immunology. Students will have the ability to use properly the antimicrobial and antiviral drugs for the treatment of infectious diseases.
PHRM3320 Pharmaceutical Manufacturing Chemistry1: This course covers basic principles of pharmaceutical organic and inorganic chemistry, with emphasis on the understanding of reaction mechanisms along with the synthesis of a variety of therapeutic agents. Special topics includes the C-C bond formation and cleavage reactions, oxidation and reduction mechanisms, and unit processes and multi-step syntheses. Also, the synthesis of inorganic compounds used in medical diagnoses and treatment of human diseases are introduced.
PHRM3428 Pharmacy Informatics and Technology: This course provide students with how to utilize the drug information resources including the published books, journal articles, data bases and web sites. They learn how to search and assess the concurrent clinical information related to solve the drug related problems with patients. The resources include the drug compendium and data bases of Ezdrug, Micromedex, AHFS, DRUG INFORMATION, CLINICAL PHARMACOLOGY, DAILYMED and DRUGS@FDA. They are also for drug interaction, pregnacy and lactation.

PHRM3319 Physical Pharmacy2: This course enables students to learn applications of physicochemical principles of drug molecules to pharmaceutical systems. Topics include: fundamental principles of drug molecules in formulation and drug discovery; physicochemical properties of drugs and drug reaction; new principles and technologies associated with solutions, suspensions, and particles; physicochemical properties of biological systems in the standpoint of pharmaceutical application; design of dosage forms based on physicochemical properties.
PHRM3111 Human Physiology 2: Physiology deals with the principle of each organ and their roles in human body and it is also designed to make students understand the mechanisms for the maintenance of the body homeostasis.
PHRM319 Pharmaceutical Biochemistry 2: The Pharmaceutical Biochemistry course provides a general introduction to biochemical concepts that helps students understand the mechanism of drug action, drug metabolism and toxicity. In particular, the part 2 of Pharmaceutical Biochemistry reviews the carbohydrate metabolism, lipid and nitrogen metabolism, and tissue metabolism. In addition, it provides a case-study to emphasize how this biochemical concept relates with the development of drugs and diagnosis kits for the treatment of human diseases. This course supports student to prepare for subsequent courses in pharmacology and pathophysiology.
PHRM316 Instrumental Analysis: This course, a continuation of Pharmaceutical Analytical Chemistry 1 and 2, focuses on instrumental methods to understand the structures and physical properties of pharmaceutical compounds at the molecular level. Topics include nuclear magnetic resonance (NMR), Mass, and X-ray diffraction crystallography analysis.
PHRM3426 Pathophysiology1: The introductory course is based upon previous studies in the course of anatomy and physiology and correlates with the ongoing instruction in human pathophysiology. This course deals mainly with general pathophysiology. The structural functional and chemical changes occurring in the common diseases of man are discussed on the basis of general principles of the reaction to injury and of prototype disorders. Students will learn the pathophysiology of cellulr damage, inflammation, allergies, and cancer.
PHRM3316 Rational Drug Design: This course enables students to have working knowledge on rational drug design based on the three dimensional structure of a molecular target for specific therapeutics. Specific topics include: ligand based modulator design; target structure based design; computational drug design; computer-assisted drug design; bioinformatics based drug design.
PHRM327 Radiopharmacueticals: This course covers fundamental principles of radioisotope compounds used in the medical diagnosis or treatment of human diseases. Special topics include the mechanism of actions, interactions, identification and detection methods, and clinical applications of a variety of radiopharmaceutical compounds, along with their safety regulations as well.
PHRM402 Laboratory in Pharmacy3: This course covers basic laboratory practices in the field of pharmaceutical analysis, physical pharmacy, and pharmaceutics. Topics include: pharmaceutical analysis; solubility and buffer system; rheological properties of pharmaceuticals; laboratory practice in pharmaceutical formulations such as tabulets, granules, emulsions, and suspensions; laboratory practice in drug delivery system.
PHRM421 Pharmacognosy1: Pharmacognosy is the study of the physical, chemical, biochemical and biological properties of medicines, drug substances or potential drugs or drug substances of natural origin as well as the search for new drugs from natural sources. Pharmacognosy 1 includes a general introduction to pharmacognosy such as classification, chemistry and biochemistry of natural products and characteristics of some representative medicinal plants.
PHRM424 Pharmacology1: Pharmacology 1 provides students with the molecular, cellular, and pathophysiological aspects of drug molecules used in medical purposes. Special topics cover general theory on mechanism of drug actions, drug-receptor interactions, drug targets and drug design. Topics covered in pharmacology 1 include: autonomic pharmacology; central nervous system pharmacology; cardiovascular pharmacology; the pharmacology of inflammation & NSAIDs.
PHRM423 Pharmacokinetics and Biopharmaceutics: Pharmacokinetics enables students to have a conceptual and quantitative background in pharmacokinetic theory and applications such as dosage determination and design of drug delivery system. Topics in this course include: qualitative and quantitative pharmacokinetic parameters of drug absorption, distribution, metabolism, and elimination (ADME); physiological factors that influence each process of ADME; adjustment of dosing regimens in the body.
PHRM441 Pathophysiology 2: The course deals with the pathophysiology of each organ system. This course of study will contain the causes, symptoms, pathogenesis, diagnosis, treatment, and prognosis of organ specific disease, This course also includes the studies on the evaluation of the clinical symptoms of the light disease and disease model and/for further understanding the symptoms, pathogenesis, diagnosis, treatment, and prognosis of drug induced etiology and nutritional disorders.
PHRM451 Preventive Pharmacy1: Preventive Pharmacy provides the basic knowledges to understand the roles of pharmacist as community health provider. Preventive Pharmacy 1 includes the epidemiological control of diseases, environmental health factors, environmental pollution and health problems, safety assessment and regulation, and industrial hygiene.
PHRM411 Medicinal Chemistry1: This course covers fundamental principles of drug design along with the biochemical and pharmacological properties of medicinal agents used for the treatment of human diseases. It introduces the concepts required to understand drugs as organic chemicals whose biological activities derive from their chemical structures, stereochemistry, and physicochemical properties. The course also includes a brief overview of drug metabolism.
PHRM435 Pharmaceutical Manufacturing Chemistry2: This course, a continuation of Pharmaceutical Manufacturing Chemistry 1, focuses on the further understanding of reaction mechanisms for the synthesis and manufacturing of a variety of pharmaceutical agents. Special topics include the synthesis of drugs affecting nervous systems or cardiovascular systems, anti-inflammatory drugs, and antibiotics, with emphasis on physical properties, mechanisms of action, and efficient conversions of the functional groups in their structure.
PHRM445 Clinical Laboratory Interpretation and Medical Therapy Management: This course address the pharmacotherapy used in treating diseases, disorders and syndromes, including a review of the disorder, therapeutic goals, treatment plans, patient counselling and monitoring patient outcomes. This course focuses on introducing students to health, health care, therapeutics, patient history and diagnosis, laboratory tests, radiological diagnosis, and principles of adverse drug reactions all of which will be used in subsequent therapeutics courses. In addition, this course will cover selected special populations, such as pediatric and geriatric therapeutics. The course aims to help students develop their knowledge of therapeutics and problem solving skills needed to provide effective, safe, and cost-effective drug therapy to patients
PHRM405 Pharmaceutical Life Science Research Planning 1: This class will be focused on the acheivement of journal reading, understanding, analysis, and project generation of each laboratory. This course will help students management of experimental procedure.
PHRM401 Industrial Pharmacy Research Planning 1: This class will be focused on the acheivement of journal reading, understanding, analysis, and project generation of each laboratory. This course will help students management of experimental procedure..

PHRM403 Laboratory in Pharmacy4: This course covers basic laboratory practices in the field of pharmacognosy, physiology, pathophysiology, pharmacology and biopharmaceutics. Topics include: methods for isolation and purification active ingredients of natural medicinal plants; normal physiological functions of skeletal muscle, smooth muscle, respiratory organ and blood; phthophysiology cardiovascular and brain disease, hormonal disorder; pharmacology of disgestive system, cardiovascular system and central nervous system, pharmacokinetic analysis of drug absorption, disposition and excretion.
PHRM422 Pharmacognosy 2: Pharmacognosy is the study of the physical, chemical, biochemical and biological properties of medicines, drug substances or potential drugs or drug substances of natural origin as well as the search for new drugs from natural sources. Pharmacognosy 2 includes the characteristics and medical applications of some representative natural products and the basic concepts for the development of new drug and health food from natural products.
PHRM425 Pharmacology2: Topics covered in pharmacology 2 include: anti-arthritics; anti-asthmatics; endorine pharmacology; gastrointestinal system pharmacology; antibiotics & chemotherapeutics. In addition, this course also enables students to learn basic principles of pharmacogenomics and toxicogenomics and their applications in therapeutics.
PHRM444 Clinical Pharmacokinetics: Clinical pharmacokinetics is a course regarding a discipline of using drug concentrations, pharmacokinetics principles, and pharmacodynamic criteria to optimize therapy in individual patients. Clinical pharmacokinetics focuses primarily on the pharmacokinetics aspects of optimization and individualization of drugs dosage. Other names referring to essentially the same process include “"therapeutic drug monitoring”" and “"applied pharmacokinetics.”" Determination of drug concentrations is an important part of the rational application of clinical pharmacokinetics to drug therapy. More important is the process to learn the professional competence of the clinical pharmacist who has to determine when, what and how to monitor, and who must interpret the results and recommend appropriate action to the caretaker responsible for the patient’'s therapeutic management.
PHRM436 Pharmaceutics1: This course provides an introduction to the principles applied in the preparation of pharmaceutical dosage forms and drug delivery systems. In particular, it presents the physico-chemical theories in pharmaceutical formulations by explaining how the interplay of formulation and manufacturing process variables affect both effectiveness and toxicity of dosage forms. Topics addressed in Part 1 of Pharmaceutics include parenterals, solid, semi-solid dosage forms, and transdermal systems.
PHRM452 Preventive Pharmacy 2: Preventive Pharmacy provides the basic knowledges to understand the roles of pharmacist as community health provider. Preventive Pharmacy 2 includes nutrition and health, food originated health problems, food contaminants, food additives and regulations for food hygiene.
PHRM412 Medicinal Chemistry2: This course, a continuation of Medicinal Chemistry 1, deals with the structure-activity relationships and mechanisms of a variety of drug classes. Topics primarily include drugs affecting the central nervous system and cardiovascular system, chemotherapeutic agents, and enzyme inhibitors, with emphasis on their biochemical properties, mechanisms of action, and medicinal use. It also deals with current updates of pharmaceutical biotechnology and biotechnology-based therapeutic agents.
PHRM442 Pharmacotherapy1-GI, Renal Disorders: The therapeutics course will focus on the use of drug therapy to treat patients with gastrointestinal and renal disorders encountered in ambulatory and institutional settings. This module briefly reviews the anatomy, physiology and pathophysiology and the primary focus is on the pharmaceutical care of common disorders occurring within these systems. This course address the pharmacotherapy used in treating diseases, disorders and syndromes, including a review of the disorder, therapeutic goals, treatment plans, patient counselling and monitoring patient outcomes. Students will learn how to assist other caregivers in the development of a rational plan of drug therapy for a patient, and to evaluate existing plans of therapy and suggest therapeutic alternatives when necessary.
PHRM426 Antibiotics: This course will deal with the types of antibiotics, classification, production, chemical structures, mechanism of action and their side effects. Students will learn the mechanism of acquired resistance and clinical indications for the correct use of antibiotics to prevent abuse of antibiotics and to reduce the resistance to antibiotics.
PHRM434 Pharmaceutical Engineering: This course aims to provide students with information on the fundamental knowledge of good manufacturing process (GMP) and related supply chain management for pharmaceutical industry. General topics include: pharmaceutical manufacturing facilities and process control, pharmaceutical packing, pharmaceutical quality control, application of statistics in pharmaceutical manufacturing, systems analysis for pharmaceutical manufacturing productivity.
PHRM443 Pharmacopoeia: Pharmacopoeiaisabook containing directions for the identification of samples and the preparation of compound medicines, and published by the authority of a government or a medical or pharmaceutical society. This course provides knowledge for establishment of drug standardization and quality control.
PHRM406 Pharmaceutical Life Science Research Planning 2: In this class, learn to systematically study the implementation process and related research knowledge by direct parallel research in the laboratory. It is essential to read and understand the various references related to the research topic given to individual students.Through this, cultivate the ability to perform research for pharmaceutical research to complete the process in 5th grade.
PHRM404 Industrial Pharmacy Research Planning 2: In this class, learn to systematically study the implementation process and related research knowledge by direct parallel research in the laboratory. It is essential to read and understand the various references related to the research topic given to individual students. Through this, cultivate the ability to perform research for pharmaceutical research to complete the process in 5th grade.

PHRM531 Biopharmaceutics: Based on the understanding of the complex process for absorption, through distribution, metabolism, excretion, student can optimize the drug amount of time in the drug development, and maximize bioavailability(Bioavailability) and efficacy of the drug in target.
PHRM541 Pharmacotherapy2-Cardiovascular & Endocrine System: The therapeutics course will focus on the use of drug therapy to treat patients with cardiovascular and endocrine disorders encountered in ambulatory and institutional settings. This module briefly reviews the anatomy, physiology and pathophysiology and the primary focus is on the pharmaceutical care of common disorders occurring within these systems. This course address the pharmacotherapy used in treating diseases, disorders and syndromes, including a review of the disorder, therapeutic goals, treatment plans, patient counselling and monitoring patient outcomes. Students will learn how to assist other caregivers in the development of a rational plan of drug therapy for a patient, and to evaluate existing plans of therapy and suggest therapeutic alternatives when necessary.
PHRM542 Pharmacotherapy3-Infection: The therapeutics course will focus on the use of drug therapy to treat patients with infection and respiratory disorders encountered in ambulatory and institutional settings. This module briefly reviews the anatomy, physiology and pathophysiology and the primary focus is on the pharmaceutical care of common disorders occurring within these systems. This course address the pharmacotherapy used in treating diseases, disorders and syndromes, including a review of the disorder, therapeutic goals, treatment plans, patient counselling and monitoring patient outcomes. Students will learn how to assist other caregivers in the development of a rational plan of drug therapy for a patient, and to evaluate existing plans of therapy and suggest therapeutic alternatives when necessary.
PHRM543 Pharmacotherapy4-Respiratory & Musculoskeletal Disorders: The therapeutics course will focus on the use of drug therapy to treat patients with anemia, autoimmune diseases, joint disorders. This module briefly reviews the anatomy, physiology and pathophysiology and the primary focus is on the pharmaceutical care of common disorders occurring within this systems. This course address the pharmacotherapy used in treating diseases, disorders and syndromes, including a review of the disorder, therapeutic goals, treatment plans, patient counselling and monitoring patient outcomes. Students will learn how to assist other caregivers in the development of a rational plan of drug therapy for a patient, and to evaluate existing plans of therapy and suggest therapeutic alternatives when necessary.
PHRM539 Pharmaceutics2: This course provides an introduction to the technologies applied in the preparation and evaluation of pharmaceutical dosage forms and drug delivery systems. Topics presented in Part 2 of Pharmaceutics include the performance and processing of the liquid, suspension, aerosol, and colloid dosage forms. In addition, it addresses modern methods of drug delivery whose physical, chemical and biological basis will be explored.
PHRM535 Industrial Pharmacy: This course introduces students to roles and responsibilities of pharmacists in pharmaceutical, cosmetic, and food industries. Students should learn a variety aspects of industrial pharmacy such as its trends, marketing, management of drug and cosmetic policy. Specific topics include: development process for new drugs and their formulations, cosmetics, and nutritional foods; management of good manufacturing practice; pharmaceutical production processes; regulatory guidance for new products by governmental administrations; strategic planning on document submission for new product permission from governmental officials.
PHRM534 Social and Administrative Pharmacy: This course provides instruction in conceptual issues related to the social and behavioral components of pharmacy care, with particular attention to social construction of health care system, organizations, medication use process, health resources and costs, policy issues related to drug expenditure, pricing process and quality assessment of pharmacy care within health care system.
PHRM591 Pharmaceutical Care Lab: This course is intended to complement instructions of other courses in the third professional year of the Doctor of Pharmacy curriculum and to facilitate the development of a strong foundation of knowledge, clinical skills and abilities in each student in order to meet the school's general and professional outcome abilities, to optimize the performance during the clerkship year, and to provide excellence in pharmaceutical care.
PHRM532 Inorganic Pharmacueticals: Inorganic pharmaceuticals is compromising drug from the inroganic materials and understand a kind of the inorganic medicine and the principle itself. Understand the differences from the orgnaic drug and the specific target and speciallty of inroganic pharmacuetics.
PHRM544 Pharmacotherapy5-Neurology and Psychiatry Disorders: The therapeutics course will focus on the use of drug therapy to treat patients with neurology and psychiatry disorders. This module briefly reviews the anatomy, physiology and pathophysiology and the primary focus is on the pharmaceutical care of common disorders occurring within these systems. This course address the pharmacotherapy used in treating diseases, disorders and syndromes, including a review of the disorder, therapeutic goals, treatment plans, patient counselling and monitoring patient outcomes. Students will learn how to assist other caregivers in the development of a rational plan of drug therapy for a patient, and to evaluate existing plans of therapy and suggest therapeutic alternatives when necessary.
PHRM545 Pharmacotherapy6-Oncology: The therapeutics course will focus on the use of drug therapy to treat patients with cancer and total parenteral nutrition. This module briefly reviews the anatomy, physiology and pathophysiology and the primary focus is on the pharmaceutical care of chemotherapy. This course address the pharmacotherapy used in treating diseases, disorders and syndromes, including a review of the disorder, therapeutic goals, treatment plans, patient counselling and monitoring patient outcomes. Students will learn how to assist other caregivers in the development of a rational plan of drug therapy for a patient, and to evaluate existing plans of therapy and suggest therapeutic alternatives when necessary.
PHRM536 New Drug Development: This course introduces students to the new drug developmental process from target discovery to phase IV clinical test and to essential condition and requirement of each discovery phase for advancement of discovery phase to the next stage. Topics in this course include: history of innovative new drug discovery; pre-clinical development phase; clinical developmental phases; recent trends in drug discovery; regulations and governmental guidance on drug discovery; patent issues in new drug discovery.
PHRM533 Nanopharmacueticals: Nanomedicine is the medical application of nanotechnology. nanomedicines ranges from the medical application of nanomaterials and biological devices, to nanoelectronic biosensors, and even possible future applications of molecular nanotechnology such as biological machines.
PHRM505 Pharmacy Law and Ethics: The overall system of law will be explained with the relationship to the pharmacy law. Pharmacy law is covered in this course with subsequent implementation regulations for details for the prescription dispensing law, patient education, management of pharmacy, approval of new drug and periodical reassessment of marketed drugs. It also covers medical device, narcotics, cosmetics. Students also get information for the interaction among pharmacists, doctors, and health care providers. They will get familiar with the ethical aspects of pharmacists
PHRM501 Pharmacy Statistics: Pharmacy statistics course provide the basis of statistical theory with application to the research. They also get experience with the statistical package of SAS or SPSS. The range of the course contents is a descriptive statistics, t-test, ANOVA, correlation, chi-square test for categorical data, regression. The statistical tests are both parametrical and non-parametrical analysis.
PHRM322 Medicinal Natural Products: This course reviews the methodologies of separation, identification and evaluation of active principles of medicinal natural products. And also it deals with the biosynthetic pathways, action mechanisms, medical characteristics and applications of active components.
PHRM554 Toxicology: Toxicology is the study of the adverse effects of environmental factors including xenobiotics and pharmacetics on living organisms. This lecture deals with the study of symptoms, mechanisms, treatments and detection of poisoning, especially the poisoning of people.
PHRM537 Clinical Pharmacology: Clinical pharmacology provides working knowledge on the science of drugs and their clinical application. It focuses on the application of pharmacological principles and methods from the discovery of clinically relevant new drug targets to the clinical care of drugs. Students will be provided with various areas of drug information, drug safety, and other clinical aspects of pharmacy practice associated with clinical pharmacology. In addition, students have chance to learn general principle on a clinical study design for new drugs and the method of new data from well designed studies.

PHRM694 Clinical Pharmacy Practice1: This community pharmacy practice is for students to apply the knowledge of pharmacotherapy and administration in pharmacy care of the community and hospital. The pharmacy care includes the dispensing process of prescription interpretation, selection of appropriate pharmaceutical products, confirmation of dosage and use, drug use review of contraindications, drug interactions, pregnancy and lactation. The students get familiar to the use of drug information database and provide critical aspects to other health care givers and patients. They have experiences of outpatient medication therapy management and patient education
PHRM697 Clinical Pharmacy Practice2: This hospital pharmacy practice is for students to apply the knowledge of pharmacotherapy and administration in pharmacy care of the hospital. The pharmacy care includes the dispensing process of prescription interpretation, selection of appropriate pharmaceutical products, confirmation of dosage and use, drug use review of contraindications, drug interactions, pregnancy and lactation. The students get familiar to the use of drug information database and provide critical aspects to other health care givers and patients. They have experiences of hospital administration, inpatient prescription, parenteral prescription, outpatient medication therapy management and patient education
PHRM693 Clinical Pharmacy Practice3: This hospital pharmacy practice is for students to apply the knowledge of pharmacotherapy and administration in pharmacy care of the hospital. The pharmacy care includes clinical pharmacokinetic service to achieve and maintain therapeutic range of target drugs in plasma. Total parenteral nutrition(TPN) service provide patients with nutrition assessment, preparation of IV solutions based on appropriate levels of essential nutrients. The pharmacy care covers the possible services set up the hospital: anticoagulation service(ACS), asthma clinic, outpatient transplant clinic, anticonvulsant clinic and parkinson clinic. This hospital practice can have clinical trial center in which students experience control and administration of investigational drugs, collection of clinical data and manangement of study process related to the investigational drugs.
PHRM692 Clinical Pharmacy Practice4: This hospital pharmacy practice is for students to apply the knowledge of pharmacotherapy and administration in pharmacy care of inpatients. The pharmacy care includes health care team practice with daily rounding, conferences. They can develop the drug use protocol based on the guidelines, criteria and critical pathways applied to the major diseases in the general medicine and the surgical intensive care unit. The students should drug use review of contraindications, drug interactions for safe and effective pharmacotherapy. The students get familiar to the use of drug information database and provide critical aspects to other health care givers and patients.
PHRM6332 Industrial and Legislative Pharmacy Practice: This course provides students opportunity to learn working knowledge on roles of pharmacists in industry and related adminstration organizations in governmental offices.
PHRM4929 Advanced Clinical Pharmacy Practice1: This hospital pharmacy practice is for students to apply the knowledge of pharmacotherapy and administration in pharmacy care of inpatients. The pharmacy care includes health care team practice with daily rounding, conferences. They can develop the drug use protocol based on the guidelines, criteria and critical pathways applied to the major diseases in the general medicine and the surgical intensive care unit. The students should drug use review of contraindications, drug interactions for safe and effective pharmacotherapy. The students get familiar to the use of drug information database and provide critical aspects to other health care givers and patients.
PHRM691 Intensive Pharmaceutical Research Practice1: This course provides students opportunity to learn working knowledge on roles of pharmacists in scientific research related to new drug discovery, new formulation development, and new product development. Topics include hypothesis development and research design.
PHRM698 Advanced Clinical Pharmacy Practice2: This hospital pharmacy practice is for students to apply the knowledge of pharmacotherapy and administration in pharmacy care of inpatients. The pharmacy care includes health care team practice with daily rounding, conferences. They can develop the drug use protocol based on the guidelines, criteria and critical pathways applied to the major diseases in the general medicine and the surgical intensive care unit. The students should drug use review of contraindications, drug interactions for safe and effective pharmacotherapy. The students get familiar to the use of drug information database and provide critical aspects to other health care givers and patients.
PHRM6333 Intensive Industrial and Legislative Pharmacy Practice1: This course provides students opportunity to learn working knowledge on roles of pharmacists in industry. Topics include: practice manufacturing and quality control process in pharmaceutical and related industry
PHRM695 Intensive Pharmaceutical Research Practice2: This course provides students opportunity to learn working knowledge on roles of pharmacists in scientific research related to new drug discovery, new formulation development, and new product development. Topics include design of experiments and basic research skills and techniques.
PHRM699 Advanced Clinical Pharmacy Practice3: This hospital pharmacy practice is for students to apply the knowledge of pharmacotherapy and administration in pharmacy care of inpatients. The pharmacy care includes health care team practice with daily rounding, conferences. They can develop the drug use protocol based on the guidelines, criteria and critical pathways applied to the major diseases in the general medicine and the surgical intensive care unit. The students should drug use review of contraindications, drug interactions for safe and effective pharmacotherapy. The students get familiar to the use of drug information database and provide critical aspects to other health care givers and patients.
PHRM6334 Intensive Industrial and Legislative Pharmacy Practice2: This course provides students opportunity to learn working knowledge on roles of pharmacists in industry. Topics include: practice in industrial research and development; practice in preparation of new product development documents for submitting to regulatory officials.
PHRM696 Intensive Pharmaceutical Research Practice3: This course provides students opportunity to learn working knowledge on roles of pharmacists in scientific research related to new drug discovery, new formulation development, and new product development. Topics include how to generate data through experiments and their documentation of research.
PHRM511 Pharmaceutical Endocrinology: This course provides students with working knowledge on the human endocrine system, and hormones and their physiological functions and regulations. Topics include: general principles of endocrinology; introduction to development and physiological roles of endocrine organs and their hormones; hypothalamic-pituitory system and its feedback regulation; adrenal steroids; hormomes regulating reproduction; hormones regulating metabolism; stress-associated hormones; introduction to endocrine pharmacology.
PHRM547 Oriental Medicine: This course provides students with knowledge on basic pharmaceutical preparation on oriental medicine prescribed in Korea and China. Topics in the course include: basic oriental prescriptions on a variety of disease states; pharmaceutical formulations on oriental medicine, etc.
PHRM512 Pharmaceutical Genome Informatics: Genome pharmacology course introduces students to genomics applications in new drug discovery. Topics covered include: history of human genome project; human polymorphisms and their frequencies; methods for genomic variation discovery and genotyping; personal genome-oriented drug design; pharmacology for multi-genetic diseases; introduction to US national center for biotechnology information; applications of pharmacogenomics and toxicogenomics in newdrug discovery; biomarker validation for new drug development.
PHRM504 Clinical Trials and Health Outcomes Evaluation: This course provide students with clinical trial design and analysis which are essential for the new drug evaluation and post-marketing assessment. They learn a process of clinical study which is a protocol preparation, subjects with inclusion and exclusion criteria, randomization and allocation of subjects, schedule to follow-up tests, control of investigational drugs with blinding, data collection and management, analysis and final reports of study results. This course covers randomized controlled double blind study (RCT), cohort study, case-control study. Major outcomes for the study include clinical lab tests and observation, clinical events, quality of life, patient reported outcomes and adverse drug reactions.

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