Research field (4)：
Structural/physical organic chemistry
, Organic functional materials
, Green/sustainable/environmental chemistry
, Nanostructure chemistry
Research keywords (1)：
低分子ゲル化剤,ヒートセットゲル,下限臨界共溶温度,曇点抽出,自己組織化,両親媒性化合物,抽出剤,分離剤,溶媒パラメータ
Research theme for competitive and other funds (3)：
2017 - 2020 Concentration and recovery of halogenated organic solvent using low molecular weight gelators
2010 - 2012 Synthesis and Cyanide Ion Recognition of Water Soluble Receptors
1998 - 1999 アミノ酸残基を含む新規キラルカリックスアレーン類縁体の合成とその性質
Papers (97)：
Asuka TAKAHASHI, Sayaka YAMADA, Takanori INOUE, Kazuaki ITO. Evaluation of Gelation Property of Rice Bran Wax using Hansen Solubility Parameter. Journal of the Society of Materials Engineering for Resources of Japan. 2024
MATSUNAGA Ayaka, MURAYAMA Atsuki, ITO Kazuaki. LCST behavior of amphiphilic aryl-ether AB2-type dendron bearing OEG chains: effect of the addition of salts and alcohols on the cloud points. the Society of Materials Engineering for Resources of Japan. 2023. 33. 1/2. 1-6
Yuuki Sasaoka, Kazuaki Ito. Amphiphilic Sugar Derivatives Linked with Gallic Acid Bearing Tris-alkoxy Groups through L-Lysine Linkage: Self-assembly and Efficient Dye Removal in Water-Organic Solvent Biphasic System. Chemistry Letters. 2022. 51. 11. 1049-1053
Kazuki Ito, Kazauki Ito. Amphiphilic Bispyrenyl Derivative with Branched Oligo(ethylene gycol) Chains: Detection and Extraction of Nitrophenols. Chemistry Letters. 2021. 50. 5. 903-907
Drug Release Properties of Bis-Cholic Acid Bearing Dendric OEG Chains with LCST Behavior
(Joint Meeting of Tohoku Area Chemistry Societies 2024)
Self-assembly of Amphiphilic Viologens Bearing OEG Chains with Thermal Responsive Properties
(Joint Meeting of Tohoku Area Chemistry Societies 2024)
Dye Removal by Amphiphilic Sugar Derivatives through Self-Assemble Process in Water/Organic Solvent Bi-phase System
(Joint Meeting of Tohoku Area Chemistry Societies 2024)
Stimuli-Responsive and Optical Properties of Amphiphilc N,N'-di(pyrenyl) L- Cystine Derivative
(Joint Meeting of Tohoku Area Chemistry Societies 2024)
