ResearchResearch Themes: At Takata Laboratory, we harness synthetic chemistry and supramolecular chemistry to synthesize/characterize new functional molecules, explore new synthetic reagents, and develop highly applicable materials

To learn more about our past and ongoing research activities, please refer to the lists shown below
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高田研究室研究内容

Research

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Interlocked Molecules
（Developments of New Synthetic Methods, Explorations of New Functions, and Applications）
    Rotaxanes・Catenanes
  • Molecular Devices（Molecular Motors, Supramolecular Catalysis, Photoelectron transfer Devices）

Supramolecular Polymers
（Developments of New Synthetic Methods, Characterizations, and Applications）
  • Polyrotaxanes, Polycatenanes, Graft Polyrotaxanes
  • Polyrotaxane Networks（Polymer Networks bearing Movable Cross-linking Points, Recycling of Cross-linked Polymers）
  • Solid-State（Solvent-Free）Synthesis

Chiral Polymers
（Developments of New Synthetic Methods, Characterizations, and Applications）
  • Artificial Helical Polymers Bearing Axial Chiral Structure
  • New Polymers（Polycarbonates, Polyesters, Polyacetylenes, Poly(phenylene ethynylene)s, and etc.）
  • Catalysis for Chiral Synthesis (Use of Polymeric Secondary-Structures, Hosts, Nanotubes)

High Performance Polymers
（Synthesis, Characterizations, and Applications）
  • High Refractive Index Polymers, Low Birefringence Polymers
  • Sulfur-Containing Organic Materials, Sulfur-Containing Polymers
  • Fluorene-Containing Cardo Polymers（Silicon Derivatives, Dibenzofluorene Structures, and etc.）

Biologically Active Substances, Drug Discovery
(Synthesis and Characterizations）
  • Anti-Cancer Drugs（Rotaxanes, Catenanes)
  • Water-Soluble Rotaxanes, Catenanes

Synthetic Reagents
（Developments, Characterizations, and Applications）
  • Developments of New Synthetic Reagents

Previous Works

Under Construction