교과목해설

Students acquire general knowledge of molecular biology including structure of nucleic acid, replication process of DNA, expression of genetic information, protein structure and function.

Understand the physical and chemical characteristics, and the interaction between the structure and function of the main components such as carbohydrates, proteins and lipids of life and teaching the basics of energy metabolism system.

Lectures will be given on basic theories of probability and probability distributions, and utilization of statistics for analyzing the data in the biotechnology field.

Lectures on the physicochemical and pharmaceutical principles which are the basis of the bio-pharmaceutical formulations. The lecture also covers the methods and principles of various pharmaceuticals production.

To understand the physiological characteristics of plants from the viewpoint of biochemistry, the lecture will cover cell structure, moisture and inorganic nutrition metabolism, photosynthesis, respiration, nitrogen metabolism, flowering and seed formation.

This lecture deals with the regulation of gene expression, mutation, recombination and repair, mobile DNA, bacterial genetics.

Lectures on the function and role of health functional foods for the prevention and management of diseases or maintenance of health, types and applications of physiologically active substances, development of health functional foods, and research on health functional foods.

Understand virus classification, general characteristics and structure, replication principle, research method, and understand through experiments.

It is a study to understand the classification system by investigating the systemic relationship between organisms based on the morphology, structure, function, and genes of the organisms, so that it can be applied to various fields of bio-industry.

Lecture on the manufacturing process of bio-pharmaceuticals, problems that occur during formulation process, how to treat them, evaluation of pharmaceutical products, and application to new drug development.

Understand the manufacturing process of medicines, improve understanding of the equipment used in the formulation process, and confirm the physicochemical properties of each formulation through practical training.

Students are entrusted to the bio-pharmaceutical industry to experience how the professional knowledge learned 겨울계절, 현장실습

This subject provides a comprehensive overview of human pathology with emphasis on mechanisms of disease including inflammatory disease, metabolic disease, obesity, cardiac disease and cancer.

Students will practice practical communication skills, especially writing on scientific and science-related topics to a variety of audiences and how to logically discuss.

Students acquire general knowledge of molecular biology including structure of nucleic acid, replication process of DNA, expression of genetic information, protein structure and function, regulation of gene expression, mutation, recombination and repair, mobile DNA, bacterial genetics.

Students will acquire basic knowledge on biofunction, biophysics, movement of substances, blood circulation, respiration, digestion, endocrine, and neurophysiology to understand the physiological phenomena of living organisms. Lecture on interrelationship with various diseases also will be provided.

Understand the general concept of immune system including innate immunity and adaptive immunity, and the characteristics of various substances involved in immune response.

Lectures on structure, efficacy, mechanism, metabolism and interaction of drugs used in the treatment of diseases. Outline of toxicology, types of toxic substances and their mechanism of action, risk assessment of drug poisoning and toxic substances.

Theoretical background of various experimental methods for gene manipulation widely used in bio-pharmaceutical industry and their industrial application methods will be lectured.

The basic molecular biology methods used for gene cloning such as separation and purification of plasmid and chromosomal DNA, electrophoresis, restriction enzyme usage, and transformation are examined.

Learn the basics processes for manufacturing various bio-pharmaceuticals and bio-pharmaceutical raw materials, and practice the practical applications in field work.

This lecture provides the students for basic background of biopharmaceutical production. It covers the structure and function of proteins, production of biopharmaceutical using protein expression systems, and theoretical background of protein modification and industrial application of protein engineering etc.

Students will be entrusted to the bio-pharmaceutical industry to apply the theories and knowledge through lectures to practical work, and experience professional practice procedures and roles. 여름계절,현장실습

This lecture teaches the types, characteristics, and biological activities of natural products in nature from the viewpoint of biological, chemical and pharmacological aspects. It also introduces the importance of developing natural medicines, the status of technology development, and future development prospects.

This course introduces the types of cosmetics, ingredients, preparation methods, and the relationship between cosmetics and human body, production process and quality control, and future of cosmetics industry.

Understand GMP production processes and quality control technologies for pharmaceutical manufacturing, processing, quality control, packaging and storage. Learn the rules for manufacturing and quality standards for bio-pharmaceuticals.

This course aims to improve students' self-directed employment ability by studying and experiencing various job preparation programs for students graduated from bio-pharmaceutical engineering. This course is designed to provide accurate analysis and diagnosis of the talents required by the company, including employment strategy, job preparation process, and improvement of interview ability.

This course is a process that allows students to design their own products in order to understand how new drugs or biosimilar products are produced for existing protein pharmaceuticals. Data base search for gene cloning, genetic engineering process including base substitution technique, expression vector selection, host selection and transformation/transfection, cell growth, protein recovery process, and formulation technique will be covered. It is divided into steps and taught through team teaching. Each student submit a design report at the end of the semester. 캠스톤디자인, P/F 팀티칭

This course is a process that allows students to design their own products in order to understand how new drugs or biosimilar products are produced for existing protein pharmaceuticals. Data base search for gene cloning, genetic engineering process including base substitution technique, expression vector selection, host selection and transformation/transfection, cell growth, protein recovery process, and formulation technique will be covered. It is divided into steps and taught through team teaching. Each student submit a design report at the end of the semester.

The course will focus on the basic principles of pharmacology and molecular mechanisms, physical and chemical features, side effects, and clinical uses of modern medicine.

Theoretical background of various experimental methods for gene manipulation widely used in bio-pharmaceutical industry and their industrial application methods will be lectured. In the experiment, students learn basic molecular biological methods used for gene cloning such as separation and purification of plasmid and chromosomal DNA, electrophoresis, restriction enzyme use, and transformation.

This course provides definitions, requirements and historical background of Good Manufacturing Practice (GMP) and validation. Students will study quality assurance, quality management, design of quality systems and principles for documentation in GMP.

This course introduces students to the interrelated fields of patent law, regulatory law and contract law that are vital to the biotech and biopharmaceutical sectors.

The course provides basic concepts of toxicology. Students will study toxic substances and their toxicological mechanism, and medicines’ side effects and toxicity.

This course will provide information on the first three phases (Phases I-III) of intervention development and fundamental components of randomized clinical trials. Students will learn the ethics, principles and conduct of clinical trials for medical research.

The curriculum was developed to provide opportunities for academic interest and career exploration through research activities in fields linked to biopharmaceutical engineering majors, and to provide students-participating education.

The curriculum was developed to provide opportunities for academic interest and career exploration through research activities in fields linked to biopharmaceutical engineering majors, and to provide students-participating education.

This course provides an introduction of biotechnology fields that produce increased value products and services. This course also introduce new concept of bioindustry fields such as medicine, chemistry, electronics, energy, agriculture and food by merging biotechnology. P/F 팀티칭

This course introduces the development process, current This course introduces the development process, current status and improvement direction of bio-pharmaceutical industry, and educates the current position of major bio-pharmaceuticals market, new drug development process, bio-pharmaceuticals manufacturing process. This course also briefly introduces the current status and prospects of the functional food and cosmetics industry.

Basic chemistry concept on atomic structure and chemical bonding are taught in order to understand the elements and compounds that make up living organisms. The properties, kinds, nomenclature of organic compounds, hydrocarbon reactions and stereochemistry are also covered.

Understand structure and function of cell membranes and various microstructures, signal transduction between cells, cell division, materials surrounding cells, and tissues.

Introduces the principles and practices in the field of analytical chemistry. This course will cover the principles of quantitative chemical analysis using various titrimetry and practices the statistical data process.

Basic chemical experiments to confirm and verify basic concepts of bioorganic chemistry will be carried out. Through this, basic techniques and experimental principles for professional experiment will be acquired.

This lecture is on microbial structure, growth, metabolism, classification, and deals with the basic knowledge of microorganisms used in biotechnology.

Students will acquire basic experimental methods for handling and culturing microorganisms and learn how to isolate and identify microorganisms through experiments.

This course is a continuation of organic pharmaceutical chemistry I (LCC201). Advanced principles of organic chemistry will be studied, including the structure, properties, nomenclature, and important reactions of hydrocarbon compounds classified by the functional group. The goal of this course is for students to have a chemical basis that underlies chemical drug and biologics and their interaction with the human body.

Mendelian genetics, structure and behavior of genes, mutations and molecular biological knowledge related to the genetics of bacteria and bacterial viruses will be taught in order to understand general genetic phenomena.

Learn the animal cell culture, frozen storage, etc., and acquire the basic experiment using them.

This course provides the opportunity to understand the career and employment field related to bio-pharmaceutical engineering in advance. It includes human nature tests, job aptitude tests, job qualifications, fieldwork, mentor finding, and assignment presentation etc. P/F 팀티칭

This lecture is on microbial structure, growth, metabolism, classification, and deals with the basic knowledge of microorganisms used in biotechnology. Students will acquire basic experimental methods for handling and culturing microorganisms and learn how to isolate and identify microorganisms through experiments.

This course provides lectures and practices on how to utilize software and how to effectively communicate expertise. This course provides an introduction and application of useful ICT tools and scientific communication in the broader contexts. Students will practice practical communication skills, especially effective speaking on scientific and science-related topics to a variety of audiences.

This subject provides the theory and application of modern instrumental methods for separation, identification and quantitative analysis of chemical substances.

Provide laboratory courses of animal cell culture, frozen storage, animal cells thawing, and cell counting. Students learn the basic experimental techniques through them.