교과목해설

This course is opened to introduce basic concepts, theories, and principles of advanced materials chemistry and medical biotechnology to freshmen of Department of Advanced Materials

This course introduces basic concepts, theories, and principles of medical biotechnology based on the knowledge of chemistry and biology, deals with application of medical biotechnology skills for present and future of human life, and is to understand disciplinary worthof medical biotechnology field.

In order to understand the organic compounds composing living organism, we will learn about aliphatic and aromatic hydrocarbon bonding, molecular structure, nomenclature, chemical properties, reaction principle and properties of stereochemistry.

This course enhances the ability to understand the interaction of cellular components, membrane, protein, DNA and RNA, function of cellular organelles, metabolism, physiology, genetics, interaction between cells, responses to stimuli, movement, cell division and proliferation, differentiation and evolution and to apply their basic concepts and technologies to human lifes.

The basic concepts to analyse components of chemical substances and practical application for living organisms will be studied, and principles and skills of qualitative and qualitative analysis will be instructed.

To understand the characteristics and functions of microorganisms, this course provides a chance to study basic concepts and skills on microbial diversity, structure, metabolism, and genetics and to apply to various fields of sciences and industries such as agriculture, medicine, pharmacology, environment and food processing industries.

Based on basic concepts and techniques of microbiology, this laboratory course provides a chance to do experiments on microscopic structure, physiological characteristics, genetics and ecological concepts and to apply their techniques and skills to medical biotechnology such as medicine, pharmaceuticals, environment, food processing industries, and genetic engineering.

This course is to motivate the study through understanding careers related to the medical biotechnology major and analysing one's aptitude or interest specifically. The contents are composed of the inspection of aptitude and capability, the major and career path, the exploration of career, the strategy of getting a job, the morality of study and so forth.

Based on the basic knowledge of the properties and principles of organic compounds that make up organisms, we will learn sbout the properties, types, reactivity and synthesis of organic compounds with functional groups.

This course covers the experiments about reactions and synthesis of organic compounds containing the functional groups in order to acquire the special techniques and application for the development of useful compounds on medical biotechnology and biomedical industry.

This course enhances the ability to understand Mendel's principles of genetics, gene, genetic recombination, chromosome disorder, genomics, evolution at the level of chromosome and to study the structure and replication of DNA, mutation, recombination, and expression and regulations of gene at molecular level.

This course introduces chemical components of cells, structures and function of cellular organelles. Moreover, this class will cover methodologies to study cell biology including morphological observation and functional analysis of cells, analysis of gene expression and practical application such as gene therapy and stem cells.

This course is to study the molecular composition of living cells, the organization, the structure, and biological functions of the biomolecules, proteins, carbohydrates, lipids, and nicleic acids within a cell, and is to understand how the collections of biomolecules that constitute living organisms interact with each other to maintain life.

This laboratory course is to understand principles and basic techniques for biochemistry experiments, and to learn qualitative and quantitative analysis methods of biomolecules. This also includes how to assay enzyme activity and enzyme kinetics.

The scope of this lecture include the structure of nucleic acid, DNA replication, gene expression and structure and function of protein.

Biological function, physiological phenomena, and regulatory mechanism of tissues and organs in human bodies will be studied, and all of life phenomena will be instructed. This course provides the whole function of the cell, organ and system in human. Topics includes the introduction to basic human physiology including cell structure, cell-cell interaction, nervous, cardiovascular, immune, respiratory, digestive and urinary systems. Additional topics may include blood and reproduction.

This lecture is aimed to study the fundamental principle of instrumental analysis for analyzing the structure of compound, qualitative and quantitative analysis, and types, characteristics, and application of various analytical instruments. In addition, students will acquire analytical methods using various analytical instruments used in medical biotechnology research

This course includes overview of intermediary metabolism occurring within all living organisms, and designed to study how living organisms produce chemical energy from nutrients, anabolic and anabolic pathways of biomolecules, and their regulation, and to understand relationship between metabolic defects and human diseases.

This laboratory course is to learn separation, analysis, and biochemical characterization of biomolecules such as protein, carbohydrate, lipid, and nucleic acid from cells or tissues, and to practice basic skills for clinical analysis in medicine.

This course will deal with the regulation of gene expression, mutation and DNA repair, recent recombinant DNA technology, regulation at the RNA level and RNA processing, and advanced knowledge and recent topics of molecular biology.

In this laboratory course, students will experiment the basic molecular biology techniques for gene cloning such as isolation and purification of plasmid and chromosomal DNA, electrophoresis, manipulation of restriction enzymes and transformation.

To understand the human defence system against infection of pathogenic microorganisms, this course provides students to study basic concepts such as the characteristics and infection mechanisms of pathogen, immune systems, antigen-antibody reaction, and immune diseases and to apply their concepts and techniques to medicine, pharmacology, and biotechnology.

To understand the human nervous network system, this course provides students to study the mechanism of network structure and system, development and evolution of nerve system and to learn function of brain and disorder of nervous system. At the molecular level, the mechanism of learning and memory is studied.

This course provides students to learn and experience the practical and advanced knowledge, techniques and information of medical biotechnology through visiting and working in industries, institutes and industrial exposition.

We will learn about biomaterials that make up living organism or that are compatible with physiological environment produced by living organism. This lecture also introduces scientific theories and technical applications of functional organic and inorganic materials that can be applied to living organisms.

We will learn about the relationship between structure and function of antibody, and understand antibody engineering method for preparation and optimization of therapeutic antibody. We will discuss the status and future of therapeutic antibody development industry, the fastest growing field in the biopharmaceutical industry.

This course provides the concepts and practical skills of clinical diagnosis and the human disease-related biochemical topics, and biochemical composition of body fluids including blood and urine, and their analysis by enzymes based on fundamental biochemistry knowledge.

This course provides students to understand the kinds, action mechanism, biological characteristics, analytical techniques and clinical application of bio-pharmaceuticals produced by bio-organisms and enzymes and with molecular biological and immunological principles and techniques and to apply their concepts and techniques to medicine, pharmacology and pharmaceutical chemistry.

Based on the basic concepts of animal cell biology, this course provides students to do experiments on preparation of cells, media preparation, proliferation and death of cells, gene expression and product analysis.

This course is designed to cultivate company start-up process of healthㆍmedicareㆍbiotechnology in medical biotechnology. Students understand entrepreneurship, intellectual property, business model and patent, and prepare invention, patent and business plan.

This course provides students to learn and experience the practical and advanced knowledge, techniques and information of medical biotechnology through visiting and working in industries, institutes and industrial exposition.

This course provides students to understand basic concepts on kinds and characteristics, pathogenicity, infection mechanism, and disease symptoms and diagnosis, epidemiology, prevention and chemotherapy of pathogenic microorganisms and to apply their concepts, techniques and information to medicine, pharmacology and pharmaceuticals, food processing industries and medical biotechnology.

This course provides students to understand biotechnology converging biotechnology using biomaterials such as gene, protein, cells with nanotechnology of manipulation, analysis, control and synthesis of nano materials, particles, thread and film at the level of nanometer size in the fields of physics, chemistry, medicine, electronics and material engineering and to apply the concepts, principles, techniques and information to newly converged field of technology.

This course provides students to study the special topics and subjects of research and techniques in recently developed biotechnology industries such as biochemistry, environment, pharmaceuticals, bioenergy, agriculture, biomass, food, bio-electronics, bio-processing and engineering, and bioinformatics.

This course provides students to study and experience the advanced knowledges, techniques, information and new trends in medical biotechnology using presenting of the subjects or topics from articles, surveys and experimental results.

This course is designed to have a wide variety of medical biotechnology majors for the sector and providing job opportunities to learn and experience the various employment preparation programs that would improve their job prospects self-led. The subjects of the employment strategy, including preparation, interview skills, qualifications, on the basis of the process of learning, and brings together industry requires an exact analysis and diagnosis on the human resources employment.

This is a comprehensive training course to experience the planing, design and team analyzing, in order to promote the problem and solving ability in the medical biotechnology area based on scientific knowledge.