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Affiliation |
Graduate School of Engineering Science Department of Materials Science Applied Chemistry Course |
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Mail Address |
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JIKEI Mitsutoshi
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Graduating School 【 display / non-display 】
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-1988.03
Waseda University Faculty of Science and Engineering Graduated
Graduate School 【 display / non-display 】
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-1993.03
Waseda University Graduate School, Division of Science and Engineering Doctor's Course Completed
Campus Career 【 display / non-display 】
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2016.04-Now
Akita University Graduate School of Engineering Science Department of Materials Science Applied Chemistry Course Professor
Academic Society Affiliations 【 display / non-display 】
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2015.04-Now
Japan
The Royal Society of Chemistry
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2012.04-Now
Japan
The Adhesion Society of Japan
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2007.04-Now
Japan
The Society of Materials Engineering for Resources of Japan
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1998.01-Now
Japan
The society of Fiber Science and Technology, Japan
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1995.01-Now
Japan
American Chemical Society
Research Areas 【 display / non-display 】
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Nanotechnology/Materials / Polymer materials
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Nanotechnology/Materials / Polymer chemistry / Polymer Chemistry
Research Career 【 display / non-display 】
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Synthesis of Self-Healable Polymers
Grant-in-Aid for Scientific Research
Periods of research：
2014.04-NowClassification of research form：Individual
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Synthesis and Application of Poly(L-lactic acid) Copolymers
Basic Science Research on Life Science
Periods of research：
2009.04-NowClassification of research form：Collaboration with an Organization
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Synthesis of Conductive Polymers
Small and Medium Enterprise Fundamental and Creative Technology Development Program
Periods of research：
2008.04-NowClassification of research form：Collaboration within Japan
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Synthesis and Functionalization of Branched Polymers
Promotion of Basic Research Activities for Innovative Biosciences
Periods of research：
1994.04-NowClassification of research form：Individual
Thesis for a degree 【 display / non-display 】
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Formation Kinetics of Polyarylene Sulfides
寺境光俊
1993.03
Single author
Research Achievements 【 display / non-display 】
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Yui Miyabe MD, PhD a,b, Mineyo Fukuchi MD, PhD a, Hiroki Tomizawa MD a,b,, Yuka 6 Nakamura MD, PhD a, Mitsutoshi Jikei MD, PhD c, Yoshinori Matsuwaki MD, PhD d, Misaki 7 Arima MD a, Yasunori Konno MD, PhD a, Yuki Moritoki MD, PhD a, Masahide Takeda MD, 8 PhD a, Naoya Tanabe MD, PhD e, Hiroshi Shima MD, PhD e, Yusuke Shiraishi MD, PhD e, 9 Toyohiro Hirai MD, PhD e, Nobuo Ohta MD, PhD f, Junko Takahata MD, PhD g, Atsushi 10 Matsubara MD, PhD g, Takechiyo Yamada MD, PhD b, Koichiro Asano MD, PhD h, Isao Miyairi 11 MD, PhD i, Rossana C. N. Melo PhD j, Peter F. Weller MD k, and Shigeharu Ueki MD, PhD
Journal of Allergy and Clinical Immunology ( Journal of Allergy and Clinical Immunology ) 2024.01 [Refereed]
Research paper (journal) International Co-author
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YAMASHITA Tsuyoshi, JIKEI Mitsutosi, TOKUSHIGE Hidenobu, MURAOKA Mikio
Journal of the Society of Materials Science, Japan ( The Society of Materials Science, Japan ) 72 ( 4 ) 347 - 351 2023.04 [Refereed]
Research paper (journal) Domestic Co-author
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Nakamura Kozue, Ogasawara Masataka, Matsumoto Kazuya, Andoh Hideaki, Jikei Mitsutoshi
Journal of Fiber Science and Technology ( 一般社団法人 繊維学会 ) 79 ( 1 ) 1 - 9 2023.01 [Refereed]
Research paper (journal) Domestic Co-author
<p>Polyurethanes are applied as artificial skin materials for medical simulators. There is a difference between human skin and artificial skin for simulators with respect to “puncture resistance.” Based on comments from medical doctors who perform puncture procedures in clinical sites, puncturing human skin is expressed as “low needle resistance,” whereas the artificial skin for simulators is expressed as “high needle resistance.” It is possible to practice medical procedures with a more realistic sensation if the artificial skin’s puncture resistance is brought closer to that of the human skin. In this study, sensory evaluations via needle suturing and quantitative evaluation via measuring devices were performed to clarify the relationship between the puncture resistance force and physical properties of three artificial skin samples for a suture training model made of polyurethanes. The composition and molecular structures of the materials were confirmed using Fourier transform infrared spectroscopy and nuclear magnetic resonance. The puncture resistance force measurements showed that Regina’s artificial skin: MODEL A was the lowest in three samples. Additionally, we discovered that low Young’s modulus and the amount of plasticizer contributed to the decreasing puncture resistance of MODEL A. This study proposes methods to combine sensory evaluation by humans and experimental data of the materials for the suture training model.</p>
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Jikei M., Takeda M., Kaneda Y., Kudo K., Tanaka N., Matsumoto K., Hikida M., Ueki S.
ACS Omega ( American Chemical Society ) 6 ( 42 ) 27968 - 27975 2021.10 [Refereed]
Research paper (journal) Domestic Co-author
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Yamaguchi M., Kobayasi S., Numata T., Kamihara N., Shimda T., Jikei M., Muraoka M., Barnsley J. E., Fraser-Miller S. J., Gordon K. C.
Journal of Applied Polymer Science ( Wiley ) 51677 2021.09 [Refereed]
Research paper (journal) International Co-author
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Synthesis and Characterization of Hyperbranched Aromatic Polyamide Copolymers Prepared from AB2 and AB Monomers
M. Jikei, K. Fujii and M.-a. Kakimoto
Macromolecular Symposia 199 ( 1 ) 223 - 232 2003.12 [Refereed]
Research paper (international conference proceedings) Domestic Co-author
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Preparation of Polyimide-Epoxy Composites
K. Gaw, M. Jikei, M.-a. Kakimoto and Y. Imai
Reactive and Functional Polymers 30 ( 1-3 ) 85 - 91 1996.06 [Refereed]
Research paper (international conference proceedings) Domestic Co-author
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Synthesis of Condensation Polymers Catalyzed by Palladium-Graphite
M. Jikei, Y. Ishida, M.-a. Kakimito and Y. Imai
Reactive and Functional Polymers 30 ( 1-3 ) 117 - 124 1996.06 [Refereed]
Research paper (international conference proceedings) Domestic Co-author
◆Original paper【 display / non-display 】
◆International conference proceedings【 display / non-display 】
Grant-in-Aid for Scientific Research 【 display / non-display 】
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Grant-in-Aid for Scientific Research(C)
Project Year： 2020.04 - 2023.03
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Grant-in-Aid for Scientific Research(C)
Project Year： 2015.04 - 2018.03
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Grant-in-Aid for Scientific Research(C)
Project Year： 2010.04 - 2013.03
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Grant-in-Aid for Scientific Research(C)
Project Year： 2004.04 - 2006.03
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Grant-in-Aid for Scientific Research on Priority Areas
Project Year： 2002.04 - 2004.03
Presentations 【 display / non-display 】
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Synthesis of hyperbranched polyimides from asymmetric triamine and aromatic dianhydrides
Mitsutoshi Jikei [Invited]
化学系学協会東北大会 高分子コロキウム 2022.09 - 2022.09
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Synthesis of hyperbranched polyimides from sterically-hindered asymmetric triamine and dianhydride
Mitsutoshi Jikei, Shu Tsushima, Ryosuke Konno, Kazuya Matsumoto [Invited]
Polycondensation 2022 2022.09 - 2022.09
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Synthesis of thermally stable and soluble hyperbranched polymers
Lobo L. S., Senthil K., Matsumoto K., Jikei M. [Invited]
Virtual Conference on Photovoltaic and Materials Science (online) 2020.06 - 2020.06 VIT University, India
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Antiplatelet adhesion behavior of biodegradable aliphatic polyester copolymers
Jikei M. [Invited]
Indiana Summit 2019 (Indianapolis, USA) 2019.10 - 2019.10 VIT university, India
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Synthesis and properties of hyperbranched and long-chain branched poly(L-lactide)s
Jikei M.
International Polymer Conference 2018.12 - 2018.12
Academic Activity 【 display / non-display 】
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2024.03-2024.12
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2024.02-2026.03
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2022.06-2022.09
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2022.06-2022.09
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2022.05-2024.03