Graduate School of Science and Technology(Master's Program)>Department of Biomedical Engineering>Biotechnology Division
The research of the Biotechnology Division focuses on understanding the biological activities on the level of molecule, cell, biont, and group, and then applying the acquired knowledge.
In particular, we extensively research various functions of the living organism (microorganisms, plants, and animals) from the viewpoints of molecular biology, biochemistry, structural biology, genetic engineering, biological engineering, and reproduction technology. We are conducting advanced research that runs alongside or sometimes in advance of biotechnology’s remarkable development and innovations.
We apply the knowledge obtained from the research to food production, advanced medical care, drug discovery, environmental conservation, energy production, etc., aiming to enrich people’s lives.
Please see the research introductions of our faculty members.
Analysis and application on regulation mechanism of expression and function of genome information
Albumen crystal and X-ray crystal structure
Analysis of genetic characterization and pluripotency of stem cells
biomedical engineering photoplethysmography, autonomic nervous system
Biological Chemistry, Enzymology, Manufacturing some materials by biological function, Biomass conversion
Applied and Molecular Microbiology: Analysis of physiological and molecular mechanisms underlying drug resistance and antibiotic hormesis in bacteria and its application to isolation of useful bioactive secondary metabolites.
Metabolic engineering:Biomass, Bacteria, Microalgae, Protein
Plant Pathology:Molecular mechanisms underlying fungal infection strategy and plant defenses
Stem Cell Biotechnology:Isolation and characterization of the stem cells to apply for the organ regeneration and animal breeding.
Systems and evolutional microbiology
Biochemistry
Enzymology, Structural biology:Study on function and 3D-structure of carbohydrate-related enzyme.
Germ cell physiology and engineering, Animal reproduction Oocyte, Ovary, In vitro culture, GerEm cell preservation
Animal Reproduction, Reproductive Biology, Neuro Science
Computational structural biology, Biophysics:Molecular dynamics simulation, Molecular modeling, Ligand docking
Animal Physiology:Cell biology, Neuroscience