Members

I am attracted to observing structures of cells and organelles with my eyes and interested in the mechanisms and roles of their regulations. My recent focuses are on myelin formation by oligodendrocytes, pathophysiology of myelin diseases, and mitochondrial dynamics.

My research theme is "functional tissue architecture of endocrine organs." I am also interested in phylogenetics.

I study mechanisms of brain dysfunction caused by stress and aging from the perspectives of metabolism and neural circuit remodeling, aiming to develop therapies for depression and dementia.

I am interested in the molecular mechanism of myelin formation and regeneration in oligodendrocytes, and my research goal is to develop therapies for refractory demyelinating diseases such as multiple sclerosis.

I am focusing on relation between neuronal plasticity and myelin formation. I am trying to understand how environmental stimuli shape neuronal circuit and myelin, and modulate animal behaviors.

Fascinated by mechanisms of human thought and behavior, I began neuroscience research. I study prefrontal cortex changes after social stress in mice. Background in pharmaceutical sciences.

I study podocyte and urinary protein selectivity. In the future, I would like to discover new perspectives by analyzing 3D electron microscopy images of each kidney disease.

Research interests: Structural and functional changes of neuronal cells and kidney glomerulus cells in pathological conditions. Observing neuronal cells and kidney glomerulus cells using multiple types of microscopies such as electron microscopy and fluorescence microscopy.

I provide guidance and support for university researchers to easily use electron microscopes.

I handle general laboratory tasks including animal care and EM sample preparation.

Electron microscopy image processing.

Responsibilities: Secretarial and general administrative duties