Arihiro Hasebe presented recent works in 3rd International Conference on Biomaterials Science in Tokyo
"Engineered Bio-hybrid Actuators Consisting of Microgrooved Nanosheets and Skeletal Muscle Cells"
Assist. Prof. Toshinori Fujie, Kento Yamagishi (LD4), Masato Takikawa (LD2), and Keisuke Nishiwaki (M2) presented resent works in the 23rd Annual Meeting of the Society of Blood Substitutes, Japan (11/24-25, Waseda Univ.).
Kento Yamagishi prized "Student Presentation Award".
Keitaro Homma and Kohei Onishi participated in Japanese Society for Cell Synthesis Research (11/21-22, 2016, Waseda Univ. Japan)
"Study of membrane fusogenicity of amino acid-based cationic liposomes" (Keitaro Homma)
"The comparison of saturated and unsaturated cationic amino acid lipids for introduction efficiency to cells" (Kohei Onishi)
Prof. Shinji Takeoka, Assist. Prof. Toshinori Fujie, Yuya Ishizuka, Marin Okamoto, Keisuke Nishiwaki and Yuma Tetsu presented resent works in 65th Symposium on Macromolecules (9/14-16, 2016, Kanagawa Univ., Japan)
Bio-imaging by polymer nanomaterials which sense temperature and oxygen (Shinji Takeoka) Link
Large-scale fabrication of porous polymer nanosheets in the application of artificial basement membranes for manipulating cells (Toshinori Fujie) Link
In vitro degradable property of free-standing polymer nanosheets (Yuya Ishizuka) Link
Evaluation of insulating property of polymer thin films for substrates of multilayered circuits (Marin Okamoto) Link
Fabrication of stem cell transplantation carrier for tissue defect treatment (Keisuke Nishiwaki) Link
The development of thin film strain gauge sensor for analysis of skin deformation (Yuma Tetsu) Link
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.
Development of a free-standing ultra-thin and biocompatible polymer nanosheets
To reveal a lot of unknown cellular activities, we are constructing novel fluorescent probes for bio-imaging
Liposome should be multi-functional platform for drug delivery system
Liposome based artificial platelets could promote platelet aggregation