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24 labs · 5 student voices
Other departments in School of Engineering ›Faculties at Nagoya University ›
Shigeki Kiyonaka, Professor
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The Kiyonaka Lab builds research tools, grounded in chemistry, to uncover the complex workings of living systems at the molecular level. Using chemogenetics, a method that combines organic chemistry and genetic engineering, the lab aims to control the function of proteins in targeted cells. With a particular focus on the brain, the lab is working to develop methodologies that are essential for understanding how memory works and for elucidating psychiatric disorders.
Takao Yasui, Professor
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The lab aims to advance understanding of how living systems work by creating new measurement principles and technologies based on chemistry. Using nanomaterials and nanodevices, it develops methods to observe life at the level of molecules and minute particles. It also works to apply its findings to diagnosis and medicine, including the social implementation of technology for detecting cancer risk early. Its members come from fields such as chemistry, materials science, medicine, and information science, and take on new research without being bound by disciplinary boundaries.
Ryuji Kato, Associate Professor
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The Cellular and Molecular Informatics Lab connects cells, molecules, and information from an engineering perspective, and studies practical technologies that support drug discovery and regenerative medicine. The lab runs research themes in three areas: regenerative medicine, drug discovery screening, and medical device development. Each member learns both experimental skills, such as cell culture and gene analysis, and computational skills, such as image analysis and statistical analysis, while doing research. Through joint research with people from many fields, such as physicians and companies, the lab aims to do research that leads to manufacturing (monozukuri).
Ji-Young Shin, Professor
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The group studies the structures of organic molecules and metal complexes with extended π electrons, and the electrical and magnetic properties that arise from them. The lab synthesizes not only classical porphyrins but also isomers with different structures and contracted and expanded porphyrinoids, and investigates the properties of each individual molecule. The focus of recent research is developing these molecules as organic electrode materials for secondary batteries. The lab is part of Nagoya University's international program (G30) and recruits undergraduate and graduate students from overseas.
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