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18 labs · 0 student voices
Other departments in Faculty of Science ›Faculties at Tohoku University ›
Hisako Hashimoto, Professor
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The Inorganic Chemistry Lab synthesizes new metal complexes and polynuclear complexes (clusters) using earth-abundant elements. The lab works with 3d transition metals such as iron and cobalt, and main-group elements such as aluminum. It also determines the structures of the complexes it synthesizes and investigates their reactivity and electronic properties, aiming to discover complexes that catalyze new chemical transformations and functional molecules with previously unknown electronic properties.
Seiichi Nishizawa, Professor
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The Analytical Chemistry Lab develops chemical probes, and applications of them, for elucidating the functions of RNA and extracellular vesicles. Its main targets are non-coding RNA (ncRNA), which is not translated into protein, and extracellular vesicles (exosomes), which contain RNA and play an important role in communication between cells. For RNA, the lab develops probes for intracellular visualization, detection probes, and fluorescent indicators; for extracellular vesicles, it develops detection probes.
Ryota Sakamoto, Professor
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The Coordination Chemistry Lab studies how to deliberately create targeted properties and functions using materials that combine organic molecules and metal ions. The lab believes that in coordination polymers, in which metal ions are linked by organic ligands, cooperativity among the ions can produce functions that single ions cannot achieve. Its work spans a wide range, from molecular design and organic synthesis to property evaluation, theoretical calculation, and device applications. On the lab's website, it is introduced under the name "Sakamoto Laboratory" (Sakamoto-ken).
BREEDLOVE Brian Keith, Associate Professor
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The Nanomaterials Lab is a lab in the Department of Chemistry, Faculty of Science, Tohoku University. Associate Professor Brian Keith Breedlove is a member of the lab.
Minoru Ueda, Professor
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The Organic Chemistry I Lab focuses on plant hormones and aims to integrate traditional natural product chemistry with cutting-edge chemical biology. Most physiological functions in plants are regulated by small organic molecules called plant hormones. From the viewpoint of organic chemistry, the lab considers plants to be remarkably interesting organisms. Its research goals are to modulate the activity of plant hormones, to search for new plant hormones, and to solve the mystery of how plant hormones evolved. On the lab's website, it is presented as the Organic Chemistry I Lab in the Department of Chemistry, Graduate School of Science, and as the Natural Product Chemical Biology group in the Department of Molecular and Chemical Life Sciences, Graduate School of Life Sciences.
Takeaki Iwamoto, Professor
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The Synthetic and Structural Organic Chemistry Lab studies organic main group element compounds, which contain main group elements such as silicon and phosphorus. These compounds show unique structures, reactivity, and properties not found in carbon-centered organic compounds, and have attracted attention as a "treasure trove of properties and functions." The lab synthesizes substances with new structures and pursues drawing out their excellent properties and reactivity. It also aims to build a comprehensive concept for systematically understanding the structures and reactions of main group element compounds.
Yujiro Hayashi, Professor
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The Hayashi Lab studies the development of new asymmetric reactions using organocatalysts and the total synthesis of biologically active natural products. The lab also works on producing, by chemical synthesis, natural products that can be obtained from nature only in small amounts. On the lab's website, it is presented under the name "Hayashi Lab."
Tienan Jin, Professor
0 student voices
The Interdisciplinary Fundamental Chemistry Lab creates organic functional molecules with π electrons through the fundamental development of original organic synthetic methods. Its research rests on three pillars: new principles of molecular transformation, the precise construction of π-extended structures, and the exploration of properties and functions. The lab aims to create π-electron materials that combine new structures with new functions, and to contribute to the advancement of organic electronics. The lab has also long been engaged in the synthesis of organophosphorus compounds, and it is responsible for running the undergraduate student laboratory courses.
Fuminori Misaizu, Professor
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The Theoretical Chemistry Lab aims to clarify the structures and reaction mechanisms of molecules and their small assemblies (clusters). The lab was established together with the inorganic and organic chemistry labs when the Department of Chemistry was founded at Tohoku Imperial University. At that time, "theoretical chemistry" referred to what is now called physical chemistry. Today, the lab combines experiments with quantum chemical calculations to pursue cutting-edge research in physical chemistry. The lab has a system in which senior members lecture newly assigned students in turn on basics such as collision reactions, vacuum technology, lasers, and quantum chemical calculations.
Asuka Fujii, Professor
0 student voices
The Quantum Chemistry Lab studies molecular clusters, groups of anywhere from two to several hundred molecules, by observing them with lasers. Many well-known properties and functions of materials are not found in a single isolated molecule; they appear only when multiple molecules come together. The lab aims to clarify how the microscopic behavior of molecules leads to the properties and functions of materials. On the lab's website, it is also introduced under the name "Fujii Lab."
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