We strengthen the individual
Scools
Graduate School of Agriculture
Faculty
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SUGIYAMA Tamizi |
| Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Synthesis of modified nucleoside and nucleotide and study of physiological activity, development of microanalytical method using GC-MS. |
 |
TAKESAKO Hiroshi |
| Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Study of the structure of soil organic matters and clay minerals and ion adsorption. Study of pedogenic environment. |
 |
TSUKADA Masamichi |
| Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Study of solution chemical reactions and microanalytical method for living organisms and related environmental substances. |
 |
NAKAJIMA Harushi |
| Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Analysis of expression and function of cell-surface protein and secretory protein in filamentous fungus. |
 |
HAYASE Fumitaka |
| Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Chemical and physiological study of the reactions between food and biogenic substances. |
 |
OSADA Kyoichi |
| Associate Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Elucidation of mechanism of metabolism disrupting effect of lipid oxides, holonomy of functional food materials and elucidation of health function. |
 |
KAWABATA Hiroaki |
| Associate Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Nutritional and molecular biological study of metabolic regulation of body proteins. |
 |
KAWAMURA Shiro |
| Associate Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Study of enzymes in nitrate reducing system of rhizobium. |
 |
SUZUKI Hiromi |
| Associate Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Study of association between amino acid sequence and protein structure and molecular evolution of protein. |
 |
TAKENAKA Asako |
| Associate Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Study of biological regulation function of food ingredients. |
 |
NAKABAYASHI Kazushige |
| Associate Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Study of nutritional diagnostic method of plants. Study of nutritional recovery and growth-promoting method of plants. |
 |
NAKAMURA Takashi |
| Associate Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Elucidation of structuration mechanism of multicomponent foods (proteins, fats, and polysaccharides) by heating and cooling. |
 |
MAEDA Michihisa |
| Associate Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Elucidation of environment adaptation mechanism of bacteria at RNA level. |
 |
MURAKAMI Syuichiro |
| Associate Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Metabolism of aromatics by eukaryotic microorganisms, search of new effective microorganisms. |
 |
KUSHIRO Tetsuo |
| Associate Professor |
| Field |
Agricultural Chemistry |
| Research Themes |
Chemical Biology |
 |
ARAYA Hiroshi |
| Lecturer |
| Field |
Agricultural Chemistry |
| Research Themes |
Study of secondary metabolites produced by animals and plants and higher fungus. |
 |
IMAI Katsu |
| Professor |
| Field |
Agriculture |
| Research Themes |
Form and function of crops. Global environmental change and photosynthesis and matter production. |
 |
IWASAKI Naoto |
| Professor |
| Field |
Agriculture |
| Research Themes |
Study of fruit productivity of various fruit trees and matter productivity of trees. |
 |
OGURA Nobuo |
| Professor |
| Field |
Agriculture |
| Research Themes |
In vitro culture of parasitic nematodes and elucidation of parasitic mechanisms. |
 |
KURAMOTO Noboru |
| Professor |
| Field |
Agriculture |
| Research Themes |
Study of conservation of ecosystem?of Satoyama and Satogawa and nature restoration. |
 |
KOKETSU Yuzo |
| Professor |
| Field |
Agriculture |
| Research Themes |
Look at life and death of swine, understand their behavior, and measure their productivity. |
 |
KOSHIMIZU Hajime |
| Professor |
| Field |
Agriculture |
| Research Themes |
Discussion of urban green areas based on planning theory, institutional theory, and technical theory; technical problems concerning landscape conservation and generation. |
 |
KOBAYASHI Shigeki |
| Professor |
| Field |
Agriculture |
| Research Themes |
Environmental factors harmful to animal physiology. Application of genes of malodorous substance utilizing enzymes. Physiology and behavior of horses and basic experiments for prevention of bovine mastitis. |
 |
TAMAKI Masahiko |
| Professor |
| Field |
Agriculture |
| Research Themes |
Crop production method using new technologies; utilization of plants for environmental conservation, visible agriculture, and healing agriculture. |
 |
NOBORIO Kosuke |
| Professor |
| Field |
Agriculture |
| Research Themes |
Measurement and modeling of matter and energy transportation in the soil and atmospheric surface layer. |
 |
HAYATA Yasuyoshi |
| Professor |
| Field |
Agriculture |
| Research Themes |
Study of the quality of horticultural crops, especially analysis of the scents of vegetables and flowers and functionality of plant volatile components. |
 |
MARUBASHI Wataru |
| Professor |
| Field |
Agriculture |
| Research Themes |
Study of programmed cell death in the process of plant generation and reproduction and hybrid lethality. |
 |
YONEYAMA Katsuyoshi |
| Professor |
| Field |
Agriculture |
| Research Themes |
Elucidation of pathogenicity of plant pathogens and development of disease resistant plants. |
 |
IKEDA Takashi |
| Associate Professor |
| Field |
Agriculture |
| Research Themes |
Crop production in suburban facilities aiming at labor saving, environmental stress and ecophysiology of plants, efficient seedling production by plant tissue culture. |
 |
KANNO Hirotsugu |
| Associate Professor |
| Field |
Agriculture |
| Research Themes |
Formulation of strategic approach and regional design in regional development. |
 |
HANDA Takashi |
| Associate Professor |
| Field |
Agriculture |
| Research Themes |
Genetic assay of ornamental germ-plasm, analysis and evaluation of floral scent. |
 |
ITOYAMA Kyo |
| Lecturer |
| Field |
Agriculture |
| Research Themes |
Verification of survival strategy of insects using physiological and molecular biological methods, development of comprehensive insect pest control technology. |
 |
KOJIMA Michihiko |
| Lecturer |
| Field |
Agriculture |
| Research Themes |
Study of aquatic systems in consideration of harmony between water utilization by humans and the natural water cycle. |
 |
HATTORI Toshihiro |
| Lecturer |
| Field |
Agriculture |
| Research Themes |
Regional Environmental Planning Studies |
 |
MIZOGUCHI Yasushi |
| Lecturer |
| Field |
Agriculture |
| Research Themes |
Search of genes involved in animal production using genome science and analysis of functions. |
 |
OUCHI Masatoshi |
| Professor |
| Field |
Agricultural Economics |
| Research Themes |
Regional comparison and historical changes in farming communities. |
 |
ODAGIRI Tokumi |
| Professor |
| Field |
Agricultural Economics |
| Research Themes |
Political-economic analysis of agricultural policy and farming village policy, farming village governance theory. |
 |
KASE Yoshiaki |
| Professor |
| Field |
Agricultural Economics |
| Research Themes |
Comprehensive analysis of the theory, history, and current status of the agricultural trade. |
 |
TAKEMOTO Tamotsu |
| Professor |
| Field |
Agricultural Economics |
| Research Themes |
Spontaneous agribusiness and development of farming and mountain villages utilizing regional resources. |
 |
TABATA Tamotsu |
| Professor |
| Field |
Agricultural Economics |
| Research Themes |
Study of land issues and land policy concerning Japanese agriculture. Study of the formation of recycling society and the roles of agriculture and farming villages. |
 |
HIROMASA Yukio |
| Professor |
| Field |
Agricultural Economics |
| Research Themes |
Economic theoretical analysis and experimental analysis of agro-environmental problems. |
 |
IKEGAMI Akihide |
| Associate Professor |
| Field |
Agricultural Economics |
| Research Themes |
Study of economic development, problems in agriculture and farming villages, and agricultural policy in China. |
 |
ISHIZUKI Yoshinori |
| Associate Professor |
| Field |
Agricultural Economics |
| Research Themes |
Comparative study of agriculture in developed countries and agribusiness. |
 |
ICHIDA Tomoko |
| Associate Professor |
| Field |
Agricultural Economics |
| Research Themes |
Study of rural development in Europe, especially Germany, analysis of the relationship between urban cities and farming villages, and comparison with actual conditions in Japan. |
 |
OE Tetsuo |
| Associate Professor |
| Field |
Agricultural Economics |
| Research Themes |
Distribution structure and safety of animal products in Japan and North America. |
 |
OKA Michitaro |
| Lecturer |
| Field |
Agricultural Economics |
| Research Themes |
Factor market structure in farming villages in Asia and the role and transformation of fundamental culture in resource use system. |
 |
HASHIGUCHI Takuya |
| Lecturer |
| Field |
Agricultural Economics |
| Research Themes |
Review of development and trend of policies for disadvantaged areas in Japan and experimental analysis of economic backgrounds. |
 |
KATO Yukio |
| Professor |
| Field |
Life Sciences |
| Research Themes |
Transcription factor network of pituitary gland development and hormone gene expression. |
 |
KAWAKAMI Naoto |
| Professor |
| Field |
Life Sciences |
| Research Themes |
Analysis of the mechanism thermally controlling seed dormancy and germination. |
 |
KUWATA Shigeru |
| Professor |
| Field |
Life Sciences |
| Research Themes |
Molecular biology of plant viruses, analysis of molecular structures, mechanism of RNA silencing, development of disease resistant crops. |
 |
SHIBUYA Naoto |
| Professor |
| Field |
Life Sciences |
| Research Themes |
Molecular mechanism of self and nonself recognition and defense response of plants. |
 |
NAGASHIMA Hiroshi |
| Professor |
| Field |
Life Sciences |
| Research Themes |
Animal cloning, development and transplantation of transgenic animals and applications to regenerative medicine. |
 |
HARIGAYA Toshio |
| Professor |
| Field |
Life Sciences |
| Research Themes |
Mechanism of expression of prolactin genes. |
 |
HINO Tsuneo |
| Professor |
| Field |
Life Sciences |
| Research Themes |
Improvement in animal functions, nutrition, and health by controlling gastrointestinal microorganisms. |
 |
MARUYAMA Kimiaki |
| Professor |
| Field |
Life Sciences |
| Research Themes |
Elucidating the mechanism of cell lineage determination and differentiation in the embryo and the mechanism of organ formation based on genome analysis and, as its application, creating transgenic chickens producing medicines and searching and utilizing pluripotent cells. |
 |
OHTA Akihiko |
| Associate Professor |
| Field |
Life Sciences |
| Research Themes |
Analysis of endocrine control in male and female accessory reproductive glands. Effects of growth hormone on metabolic and reproductive functions. |
 |
OZAKI Hiroshi |
| Associate Professor |
| Field |
Life Sciences |
| Research Themes |
Recycling mechanism of ribosome, search of new antimicrobials, settling mechanism of rumen microbes, search of ST antagonists. |
 |
KAKU Hanae |
| Associate Professor |
| Field |
Life Sciences |
| Research Themes |
Study of the mechanism of plants to recognize and transmit defense response signals. |
 |
HAMAMOTO Makiko |
| Associate Professor |
| Field |
Life Sciences |
| Research Themes |
Search and utilization of new microorganisms as genetic resources, search and functional analysis of new functional genes of fission yeasts. |
 |
YOSHIDA Kenichi |
| Associate Professor |
| Field |
Life Sciences |
| Research Themes |
Elucidation of genetic functions involved in cell cycle controlling mechanisms in the cells of mammals. |
 |
WATANABE Hirohito |
| Associate Professor |
| Field |
Life Sciences |
| Research Themes |
Analysis of functions of lipid epidermal cells, analysis of pathogenic mechanism of diabetes complication involving in-vivo Maillard reaction. |
 |
ASANUMA Narito |
| Lecturer |
| Field |
Life Sciences |
| Research Themes |
Analysis of genetic metabolic regulation mechanism of gastrointestinal microorganisms. |
 |
KITO Keiji |
| Lecturer |
| Field |
Life Sciences |
| Research Themes |
Absolute quantitation and analysis of interaction and post-translation modification of proteins, development of proteomics analysis technology. |
 |
YANO Kentaro |
| Lecturer |
| Field |
Life Sciences |
| Research Themes |
Search of useful genes (gene products) from omics information and elucidation of gene expression control mechanisms. |
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