Advanced Molecular Chemistry

In Advanced Molecular Chemistry Lab, we conduct research on a wide range of topics, from basic to applied sciences including the basic principles of elements, bonds, molecules, and the chemical reactions. We also focus on the synthetic organic chemistry for the production of novel chemical spaces of biologically active molecules such as medicines, multi-functionalized materials, and unexplored reactive intermediates with good methods. New reactions and methodologies are essential for the synthesis of uncharted molecular skeletons and functional groups, which greatly expand 21st century sciences. Therefore, we consider it extremely important to understand "why" and "how" reactions and phenomena occur at the molecular level and unveiling them is an important research object. We are also engaged in research to discover new concepts through the relationship between previously unused "energy sources", "molecules", and thereby create original methodologies.

In medicinal chemistry, it is important not only to develop new reactions and reagents, but also to understand the function of biomolecules such as enzymes and receptors that receive the substances in order to create the medicines. Therefore, we are actively engaged in research that contributes to the understanding of life phenomena and medicine through the development of new synthetic and modification methods for biofunctional molecules that help to elucidate their functions.

The major goal common to all the above research is to gain a deep understanding of the properties of 'molecules', clarify the mechanism of the 'reactions' governed by them, and utilize them to pioneer new chemistry.