A New Approach to
Chemical Atom Manipulation: Programmable Metal
Unit Arrangement on Peptides to Create
Composition- and Configration-Controlled
Heterometallic Hybrid
Materials
(Associate Professor, Kyoto University,
Institute for Chemical Research)
The focus of this
project is to research the following challenges:
i) Development of fundamental method to create
composition- and configuration-controlled
heterometallic hybrid molecules using
metallted-amino acids and peptides as metal
units. Programmable metal unit arrangement
through chemical synthesis and self-assembly
process is employed in complementary to control
the composition, 1D/2D array, and 3D
configuration of metals on peptides. ii)
Screening the function of heterometallic hybrid
molecules. Application to supramolecular
gelators, molecular electronic devices,
photochemical devices, advanced catalysts,
artificial enzymes, and MRI contrast agents will
be explored with a diverse library of
metallated-amino acids and peptides.