Curriculum
| Course Number | Summary | English |
|---|---|---|
| GBS7001 | Seminar I of Green Biotechnology | |
| Learn and practice how to discuss and release the latest information of the area of green biotechnology. | ||
| GBS7002 | Seminar II of Green Biotechnology | |
| Learn and practice how to discuss and release the latest information of the area of green biotechnology. | ||
| GBS7003 | Crop Bioinformatics | |
| Learn how and how to use biocentrics in the study of genetic features associated with useful characteristics in crops. | ||
| GBS7004 | Crops Physiology | |
| It provides the basic principles for growing and growing plants and learns the causes of the phenomenon that change with all physiological phenomena and environmental conditions and methods of cultivation that occur during the crops' growth and differentiation process. | ||
| GBS7005 | Advanced Crop Pathology | |
| This course will cover features of diverse plant diseases in diverse crops and help students to understand the current research status about diverse areas of plant pathology. | ||
| GBS7006 | Exercises in Crop Functional Genomics | |
| This course will serve as a good opportunity to exercise crop functional genomics experiments towards discovery of agronomically useful genes in crops. All students will present research plans at the beginning and also research results at the end of this course. | ||
| GBS7007 | Advanced Crop Functional Genomics | |
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This course will cover features of crop functional genomics in discovering novel genes that regulate agronomically useful traits in crops, and help students to understand the current research status about diverse areas of crop functional genomics. |
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| GBS7008 | Advanced Lignocellulosic Biomass Formation | |
| This course provides a fundamental and systematic understanding of the lignocellulosic biomass formation in woody plants by using histological, molecular biology and genetic approach. | ||
| GBS7009 | Advanced Plant Materials Engineering | |
| This course focuses specifically on creating and refining process and manufacturing methods of plant-derived sustainable resources. Comprehensive understanding of the state of the art of nanotechnology and gene editing engineering to create new functional materials will be achieved. | ||
| GBS7010 | Special Topics in Plant Breeding | |
| This course will focus on many biological methods and cutting-edge techniques to improve plant traits. The current status and perspective of plant breeding will be also discussed. | ||
| GBS7011 | Special Topics in Plant Genome Editing | |
| This lecture will focus on high-impact publications related to plant biotechnology to understand the current trends of genome editing tools and deliberate on future plant genome editing. | ||
| GBS7012 | Special Topics in Plant Molecular Signaling | |
| This course will focus on the relationship between small signaling peptides and their receptors for plant development and growth regulation, highly associated with plant genetic engineering and crop improvement. | ||
| GBS7013 | Advanced Plant-Pathogen Interactions | |
| This course will deal with overall principles and underlying mechanisms of plant-pathogens interactions to understand how plant diseases occur and also how plants defend themselves from pathogens. | ||
| GBS7014 | Plant Metabolites and Environmental Regulation | |
| This course serves learning about environmental factors involved in plant material production and the accumulation of metabolites by regulation of the factors. | ||
| GBS7015 | Plant Metabolic Engineering | |
| Based on the individual or integrated understanding of the primary and secondary metabolic streams, we will learn the metabolic control engineering in depth using molecular biological technologies related to gene recombination. It is used to understand the scientific principles of gene recombination, gene introduction and expression optimization techniques that are used in the field of plant biotechnology, and to develop plants that are useful in promoting the productive and functional development of crops. | ||
| GBS7016 | Special Topics in Plant and Electrochemistry | |
| This course aims to learn interdisciplinary knowledge by learning basic electrochemistry, electrochemistry inside/outside the plant, and applications. | ||
| GBS7017 | Biochemistry in Plants | |
| Students will learn about plant specific primary- and secondary-mtabolism based on fundemental understanding of Biochemistry. | ||
| GBS7018 | Analytical biochemistry | |
| Students will learn the principles and applications of biochemical analysis including the classical methods such as chromatography to the latest techniques. | ||
| GBS7019 | Advances in Postharvest Physiology | |
| This course serves opportunity to study the physiological and biochemical changes after crop harvest and to discuss the quality factors related to postharvest crops. | ||
| GBS7020 | Special Topics in Biomass and Energy Storage/Conversion | |
| The course studies advanced biomass-derived materials and current research trend for energy conversion/storage including rechargeable batteries and fuel cells. | ||
| GBS7021 | Nanobiotechnology | |
| This class has been designed to understand the “Nanotechnology and Biotechnology” that deals with various nano-level materials with high performance. This class going to be dealt with principles and fundamentals of nanoparticles synthesis, characterizations techniques, and integrated multiple applications for agriculture & life Science | ||
| GBS7022 | Nanomaterials and Sensors | |
| This class has been focusing on understanding of “Nanomaterials and Surface Science”. The goal of this lecture is to introduce most important concepts for nanoengineering, surface science, in particular, bio/environmental sensor. | ||
| GBS7023 | Advanced Development of Functional Biomass | |
| This course aims to understanding the development of functional biomass from woody plants and its application to our life in a molecular biological aspects. | ||
| GBS7024 | Advanced Biomass Physiology | |
| This course will cover essential features of plant growth and development. Signaling pathways involved in plant-environmental interaction will be understood by thorough reading of the current research articles. | ||
| GBS7025 | Advanced Plant Physiology | |
| It studies the growing and growing principles of the plant and addresses the causes of the phenomenon that change according to all physiological phenomena, environmental conditions and methods of cultivation that occur during the crops' growth and differentiation process. | ||
| GBS7026 | Local Social Issues-related Sustainable Development | |
| This course aims to provide experience in discovering and solving community problems at industrial society current issue in the field of environment and agriculture | ||
| GBS7027 | Green Bio-Science Independent Intensive Research Practice | |
| This is a course for the purpose of unifying the education and research of graduate students. This course will guide graduate students who have carried out graduate PI project to enhance the ability of their research and finalize their project as excellent research papers. |