DUCP

Development process of new drug through enzyme, receptor structure, structure-activity relationships of lead compounds and introduction of the representative drugs.

Pharmacogenomics is a new scientific discipline that investigates the gene expression change profiles in response to drug treatment, which eventually enables us to understand how these gene changes affect drug efficacy and/or resistance in molecular levels.

This lecture deals with pathophysiology of various disease states, pharmacotherapy including dosage calculations, adverse reactions, drug interactions, relevant pharmacokinetics, alternative therapies, and monitoring parameters. This course will also involve the application evidence based medicine to practise, identifying benefits and limitations to the population as a whole and the individual patient.

This lecture deals with pathophysiology of various disease states, pharmacotherapy including dosage calculations, adverse reactions, drug interactions, relevant pharmacokinetics, alternative therapies, and monitoring parameters. This course will also involve the application evidence based medicine to practise, identifying benefits and limitations to the population as a whole and the individual patient.

To learn the effect of changes in the drug absorption, distribution, metabolism, and excretion process and apply the pharmacokinetic principles to patient drug therapy specially focusing on therapeutic drug monitoring system.

The technical implication of good manufacturing practices in Korea will be emphasized in this course. In addition, topics will cover pharmaceutical  R&D process, regulations, SUPAC, PAT (Process Analysis Technology) and process validation.

This course will acquaint students with policy issues pertaining to the pharmaceutical sector. Though the share of national health expenditures allocated to pharmaceuticals is smaller than that allocated to either hospitals or physician services, there are several reasons why this particular sector deserves independent, serious study. 

This course will give a comprehensive understanding of characteristics of cancer, the difference between cancer and normal cells, the etiological basis of cancer and the functional significance between oncogenes and tumor suppressor genes.

This lecture deals with the biosynthesis pathway and the property of each natural metabolites with structure and application of each bioactive natural product medicine.

Synthesis and modification of the recently developed new drug are lectures with an understanding of the basic theory of organic synthetic chemistry.

A course intended to learn and apply pharmacy students to the clinical knowledge of drug-drug, drug-food, and drug-disease interactions in the clinical settings.

This course will cover the basic concept and principles of pharmaceutical quality control as well as pharmacopoeia that each nation standardizes to maintain the strength, purity, and quality of drugs.

This lecture deals with pathophysiology of various disease states, pharmacotherapy including dosage calculations, adverse reactions, drug interactions, relevant pharmacokinetics, alternative therapies, and monitoring parameters. This course will also involve the application evidence based medicine to practise, identifying benefits and limitations to the population as a whole and the individual patient.

This lecture deals with pathophysiology of various disease states, pharmacotherapy including dosage calculations, adverse reactions, drug interactions, relevant pharmacokinetics, alternative therapies, and monitoring parameters. This course will also involve the application evidence based medicine to practise, identifying benefits and limitations to the population as a whole and the individual patient.

The present course is intended to provide the principle and methodology underlying the drug development through biotechnology. Also we will see which biodrugs are currently on the market and their economical values.

This course will cover compounding and dispensing drugs, pharmacy formulations, adverse drug effects and necessary action steps, and patients education on taking medicines based on the therapeutic areas and prescriptions.

This course includes topics relevant to the drug transport phenomenon, which affects absorption, distribution, metabolism and excretion. Characteristics of transporters, methodologies in such studies, and practical application will be also discussed in this course.

A course intended to introduce and practical pharmacy students to communication skills between pharmacists-patients or pharmacists -clinical members. 

This lecture focuses on the application and toxicological sciences in drug and foods. In clinical toxicology, adverse effects of drugs such as vitamins, NSAIDs, and other drugs to be of concern will be studied. In food toxicology, food contaminants and toxins are investigated.

Study for the optimized drug therapy with geriatrics.

Study for the dosage regimen of IV mixture during TPN therapy.

Study for the optimized drug therapy with new drugs which have been used within five years.

This course will cover theoretical and practical basis that are required for clinical & hospital pharmacy Externship.

A course intended to introduce pharmacy students to techniques and skills the patients counseling in the dispensing prescriptions based on SOAP.

The course will cover Pharmaceutical Acts that impact and regulate the practice of pharmaceutical affairs. Topics including the regulation of medications, regulation of controlled substances, and regulations of pharmacy practice will be extensively covered. This course may help the students in preparing for the Pharmacist Examination, and in understanding the diverse legal issues impacting future professional practice.

Students will gain a broader understanding of pharmacy practice, standards and regulations. Students will be given a team project for the capstone design. The model for the pharmacy will be developed by the students.