Ohtsuki Lab. Nagoya Univ.

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Research Group of Functional Materials Chemistry

(Ohtsuki Laboratory)

Department of Materials Chemistry,
Graduate School of Engineering,
Nagoya University

Furo-cho, Chikusa-ku, Nagoya 464-8603
JAPAN

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The objective of this laboratory is to design and create functional biomaterials on the basis of molecular-level analysis of living body/material interactions and mechanism of biocompatibility. Our research feature is development of novel biomedical materials for hard and soft tissue substitutions, based on the fundamental researches on bioactive ceramics and polypeptides, as well as organic-inorganic hybrids.

Research subjects

Development of biomimetic organic-inorganic hybrids for bone tissue regeneration.
Fundamental research on formation of inorganic crystals under a biological condition.
Development of scaffold materials for bone tissue engineering through a novel ceramic processing.
Design of bioactive metallic materials through a surface treatment
Controlled growth of inorganic crystals using polypeptides
Elucidation of the principle of reaction and function by computational chemistry

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Keywords

Biomaterials, Bioceramics, Medical materials, Artificial bone, Biomimetics, Apatite, Nano-technology, Peptide engineering, Ceramics, Ceramic Biomaterials, Solid State Chemistry, Functional Crystalline Chemistry, Bone prosthetic materials, Organic-inorganic hybrids, Bone-bonding materials, Bioactive materials, Bioresorbable materials，Bioabsorbable materials, Biomineralization, Biominerals, Fusion materials, Computational chemistry

Research topics


Organically modified layered calcium silicates		Incorporation of glycerophosphate to layered zirconium phosphate
2種の有機修飾を施した層状ケイ酸カルシウムのソルボサーマル合成 Solvothermal synthesis of layered calcium silicates with two types of organic modifications (Related publication)		有機修飾した層状リン酸ジルコニウムの合成 Synthesis of organically modified layered zirconium phosphate (Related publication)

Computational chemistry		Crystal growth
計算化学による反応・機能の原理解明 Elucidation of the principle of reaction and function by computational chemistry (Detailed research topics)		ヒドロキシアパタイト結晶の形態制御 Formation of hydroxyapatite with controlled crystal morphology

High functional artificial bone
骨再生を促進する生体吸収性セラミックス多孔体の開発 Development of bioabsorbable porous ceramics to enhance bone regeneration

Member of Ohtsuki Laboratory (April 1, 2024)

Staff

教授

Professor

講師

Lecturer

助教

Assistant professor

https://orcid.org/0000-0002-6474-1540

https://orcid.org/0000-0002-9824-7620

https://orcid.org/0000-0001-5664-8410

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Web of Science ResearcherID^®

E-4973-2010

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Students
博士後期課程Doctor course	博士前期課程Master course		学部生Undergraduate
D3 小﨑稜平 (Ryohei KOZAKI) 龍楊励夫 (Yanglifu LONG) D2 尾野将也 (Shoya ONO) 董婉玉（Wanyu DONG）森川元喜 (Genki MORIKAWA)	M2 伊藤聡子 (Satoko ITO) 金谷理瑠 (Satoru KANAYA) 武内昂希 (Kouki TAKEUCHI) 竹内裕人 (Yuto TAKEUCHI) 張　子越 (Ziyue ZHANG) 番匠将也 (Masaya BANSHO) 廣瀬遼太 (Ryota HIROSE)	M1 亀山智稀 (Tomoki KAMEYAMA) 業天孝基 (Koki GYOTEN) 鷲見将吾 (Shogo SUMI) 高木優晃 (Masaaki TAKAGI) 千野太世 (Taisei CHINO) 内藤遼平 (Ryohei NAITO)	B4 [G30*] Senthil abhinav B4 淺井実成斗 (Minato ASAI) 今村浩人 (Hiroto IMAMURA) 岡田大夢 (Hiromu OKADA) 久保颯涼 (Sousuke KUBO) 千野正博 (Masahiro CHINO) 濵島賢慎 (Kenshin HAMAJIMA)
*Global 30 International Programs