Research Support Office Research Advancement Division. Tokyo University of Agriculture and Technology
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Home > Tenured Faculties > Muraoka Takahiro
Muraoka Takahiro
Affiliation | Institute of Engineering |
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Division | Division of Applied Chemistry |
Research field | Bio-related Chemistry, Supramolecular Chemistry, Organic Chemistry |
Keyword(S) | Self-assembly, Lipid Bilayer, Peptides, Stimuli-responsive Molecules, Molecular Machines |
Url | https://www.muraoka-lab.com/ |
Research experience | ・Apr.2004–Mar.2007:JSPS Young Scientists Fellowship |
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Educational background | ・Mar.2002:B.Eng., Department of Chemistry and Biotechnology, School of Engineering, The University of Tokyo |
Awards | * The latest information is shown at the member's website. (At Apr. 2020) |
Selected papers and publications | * The latest information is shown at the member's website. (At Apr. 2020) |
I have studied bio-related chemistry inspired by (1) mimickry, (2) use, and (3) manipulation of biomolecules and cells. In (1) mimickry of biomolecules, synthetic molecular machines and supramolecular ion channels have been developed. In (2) use of biomolecules, photoresponsive hydrogels were constructed using self-assembling peptides. Using these photoresponsive hydrogels, photo-control of cell adhesion was successfully demonstrated, which relates to the concept (3). Additionally, in (3) manipulation of biomolecules, novel protein stabilizing molecules for aggregation suppression have been developed. I am carrying forward these concepts to develop new functional molecules in the field between chemistry and biology.
One of the merits of the TUAT Tenure Track Program is the availability of sufficient space for research from the beginning, so that it is possible to develop the research equipments systematically. Administrative support is also helpful to focus on research and education. In this program, there are many young researchers with different backgrands, which makes this program attractive by providing many opportunities to expand our research by collaboration.
I am making efforts for research and education to develop original chemistry by pursuing the new possibilities and functions of molecules with a long-term viewpoint. On the basis of synthetic and supramolecular chemistry, I am trying to develop unexplored frontier by integrating multidisciplinary areas such as biology, physics and materials science. Through such a challenging research, I lead students to their non-linear growth as researchers.