Morihiro Hotta, Yohei Momozuka will present at The 47th Annual Meeting of the Japanese Society for Biomaterials(11/9-11, 2025).
Morihiro Hotta"Exploration of membrane-fusogenic liposomes using measurement of cytosolic calcium response"
Yohei Momozuka"Library construction of cationic lipids using flow synthesis and their evaluation as liposomes"

Mo Chen, Yuka Hirose will present at 32-SBSJ(10/30-31, 2025).
Mo Chen"Development of an In Vitro Blood Fluidic System for Evaluating the Performance of H12-(ADP)liposomes"
Yuka Hirose"Study on the Release Responsiveness of Liposome-Encapsulated Substances Triggered by Phospholipase A2 (PLA2)"

Hiroaki Taniguchi, Takahiro Aihara, Mako Ishida, Atsuhiro Yamaguchi presented recent works at the The 74th Symposium on Macromolecules(9/16-18, 2025).
Hiroaki Taniguchi"Fabrication of CNTs-contained self-doped PEDOT thin films and its properties"
Takahiro Aihara"Development of a Polymer Thin-Film Tactile Sensor that Responds to Skin Deformation"
Mako Ishida"Fabrication of multilayer thin-film drug release devices using polyvinyl alcohol as the controlled-release layer"
Atsuhiro Yamaguchi"Quantification of biomarkers using latex agglutination and image analysis"

"Human Performance Lab Rally: Explore Your Body & Movement!" (July 13, 2025) will be held at Miraikan.

Takahiro Aihara will present at 74th SPSJ Annual Meeting(5/19-23, 2025, Online).
Takahiro Aihara "Development of a Polymer Thin-Film Force Sensor for Direct Application to the Skin"

Makoto Kiuchi received the Best Poster Award at The 73rd Symposium on Macromolecules(9/25-27, 2024).

Yuran Cheng, Mako Ishida, Shinji Takeoka was published in Macromolecular Chemistry and Physics.
"Controlled Release of a Hydrophobic Fluorescent Molecule From Polyvinyl Alcohol/Polycaprolactone Composite Thin Films"
Yuran Cheng, Mako Ishida, Shinji Takeoka

Welcome to Takeoka Laboratory. Our Lab studies biomolecular assembling sciences for nano-medicine. Molecular assembling and cooperative phenomena of biomolecules and/or biomacromolecules give us useful implications to construct smart nanodevices having multi-functions for biomedical application (Nano-medicine). Our research group quests the molecular assembling science and engineering of amphiphilic molecules such as phospholipids, glycolipids, aminolipids, and polyethyleneglycol (PEG)-lipids interacted with biomacromoleucles such as bioactive compounds, genes or proteins, in order to design and construct the nanocarriers in biomedical applications such as controlled drug delivery and release systems.