Research groups

Group of Nutritional Neuroscience
(Section of Industry-Academia-Collaboration)

Group of Nutritional Neuroscience (Industry-academia collaboration) The performance of higher-order brain functions such as cognition, decision-making, as well as memory, is altered by the brain states. Nowadays, age-dependent decline of brain performance is one of the serious social issues. If the aged brain performance can be sustained or improved, our quality of life will be affluent. It is generally accepted that nutritional factors impact on proper brain performance. However, molecular mechanisms of nutritional effect on brain functions are still largely unclear. So here, we have launched Nutritional Neuroscience group. It combined nutritional science and cognitive neuroscience, to address the nature of nutritional effects on higher-order brain functions.

Approach using Model Organisms

Our research goal is to understand neuronal and molecular mechanisms of nutritional effects on higher-order brain functions. To achieve this goal, we take advantage of simple model organisms with small brains, fruit flies and round worms. Although they have simple brain systems, they show relatively complex functions. Our research topics are summarized in the following sections.

Plasticity of the Brain Functions for the adaptive behavior

Endocrine system helps our brain properly work by communicating with internal environments such as intestinal flora involved in the brain-gut axis. It may surprise you that fruit fly Drosophila also has hormones such as neurotransmitters, peptides, and steroids that are structurally and functionally quite similar to us human beings. We applied fruit fly Drosophila as a model system to study complex action of endocrine factors on brain functions because of the simple nervous system and powerful molecular genetics tools of Drosophila. Moreover, even with such a tiny brain, fruit flies show higher-order brain functions such as learning & memory, decision making, and sleep. By using this sophisticated model system, we will tackle the mystery of nutritional regulation of cognition function of the brain.

Section of Industry-Academia-Collaboration Group of Nutritional Neuroscience

Laboratory Members

Designated Lecturer Moonsun JANG
Researcher Masaru Tanaka
M1 Yuichiro Ito
B4 Shunsuke Yoshida
Technician Yuki Ishikawa
Technician Yasuyo Arai
Research collaborator Kentaro Noma
Visiting Professor Teiichi Tanimura
Section Section of Industry-Academia-Collaboration
Group Group of Nutritional Neuroscience
Leader Moonsun JANG, Ph.D.

Research groups

Section of Nagoya BNC
Section of Industry-Academia-Collaboration