8
Biofunctional Engineering Laboratory
Associate Professor / MAKI Shinya
- The world’s most advanced biostimulant
- Epigenetic Virus-Free Clonal Tissue Culture
- Development of Innovative Aquaculture Technologies Using Molecular Biology
Associate Professor / MAKI Shinya
Our leader is a dynamic researcher with experience conducting research at the U.S. Department of Agriculture (USDA). An educational approach that emphasises initiative, vitality, social skills, and creativity provides an environment that maximises students’ research capabilities.
Research Content
In the agriculture and fisheries industries, climate change and disease outbreaks are major challenges. We are engaged in cutting-edge technological development, utilising highly functional microorganisms and organic compounds, with the aim of addressing these issues. Going beyond fundamental research, these technologies are being developed into practical solutions for use in agricultural and fisheries settings. We are conducting research to develop highly palatable feed based on the molecular mechanisms underlying fish feeding behaviour, to produce virus-free clonal seed stock using epigenetics, and to develop biostimulants. Our research findings are expected to contribute to the development of global industries.
Scene of explaining an experiment
A Day in the Lab
We try to tackle cutting-edge research with a united team at the core of our efforts. The ability to create new value is thoroughly honed through independent thinking and discussion, and students go beyond simply acquiring knowledge. Practical skills required to bridge research and society are cultivated through collaboration with renowned researchers and business leaders in Japan and abroad. Extensive experience is gained through active participation in academic conferences and business competitions, as well as through collaboration with venture capital firms in the development of new ventures. “Do not stop at research. Make a difference in society.” Such an environment suits individuals with strong ambition.
Awarded in a business competition
Thesis Subjects
- (D)Development of efficient methods for sustainable mass production of valuable plant species
- (M)Elucidation of environmental factors via inorganic components involved in the suppression of crop quality defects
- (M)Effects of applying unused biomass on soil bacterial community and suppression of plant disease
The number of
PhD Graduates
1
Major employers of Graduates
- Sabaragamuwa University of Sri Lanka
- Nihon Suido Consultants Co., Ltd.
