| Competitive Research Grant（Government, Principal Investigator） |
(11)2023.04-2026.03:“Examination of Si(IV) compound structures to stimulate nerve cell”, Grants-in-Aid for Scientific Research B (23K26385) from Japan Society for the Promotion of Science.
(10)2020.04-2024.03:“The effects of Si-containing species for nerve regeneration to prepare the new nerve conduits”, Fostering Joint International Research (A) (19KK0381) from the Japan Society for the Promotion of Science.
(9)2019.04-2022.03:"Identification of Si(IV) compound structures that contribute to cell response and development of new scaffolds for tissue regeneration", Grants-in-Aid for Scientific Research B (19H04471) from Japan Society for the Promotion of Science (JSPS).
(8)2019.07.06:“Preparation of chitosan fiber”, Hirameki☆Tokimeki Science (JP19HT0208) from Japan Society for the Promotion of Science (JSPS).
(7)2016.04-2018.03:"Preparation of organic-inorganic hybrid fiber with bone-bonding ability”, Grants-in-Aid for Challenging Exploratory Research (16K12898) from Japan Society for the Promotion of Science (JSPS).
(6)2013.12-2017.03:"Promotion and Standardization of the Tenure-Track System (Kojinsenbatsu)", MInistry of Education Culture, Sports, Science and Technology (MEXT).
(5)2012.04-2015.03:"Synthesis of bioactive materials in small space using the organic-inorganic hybrids microcapsules", Grants-in-Aid for Young Scientists (B) (24760549) from Japan Society for the Promotion of Science (JSPS).
(4)2011.12-2012.07:“Development of new adsorbent and adsorber for the recycling of the waste of dialysis”, Adaptable and Seamless Technology Transfer Program through Target-driven R&D, Japan Science and Technology Agency (JST).
(3)2010.04-2011.03:“Preparation of chitosan microsphere inducing bone growth for the medical application”, Grants-in-Aid for Research Activity Start-up (21800035) from Japan Society for the Promotion of Science (JSPS).
(2)2009.09-2010.03:“Preparation of chitosan microsphere inducing bone growth for the medical application”, Grants-in-Aid for Young Scientists (Start-up21800035) from Japan Society for the Promotion of Science (JSPS).
(1)2005.09-2008.08:“Synthetic bone grafts as carriers for bone morphogenetic proteins (BMPs): applications in reconstructive surgery”, FCT_Fundação para a Ciência e a Technologia from the Portuguese Ministry for Science and Technology program (SFRH/BPD/20492/2004). |
| Competitive Research Grant（Society, Principal Investigator） |
(15)2024.12-2026.03:“Preparation of electroconductive organic–inorganic porous hybrid for peripheral nerve cells activation”, The Kazuchika Okura Memorial Foundation.
(14)2023.04-2026.03:“Investigation of silicon compound structures to promote pulp regeneration”, Nippon Sheet Glass Foundation for Materials Science and Engineering.
(13)2023.04-2024.03:"Preparation of conductive scaffolds for nerve regeneration by biodegradable nanofibers", Heiwa Nakajima Foundation.
(12)2017.09-2018.08:"Investigation of relationship between osteoblastic cell activity and silica species microstructure", JGC-S Scholarship Foundation.
(11)2014.10-2015.09:"Preparation of patch for tissue regeneration by using nano-HAp sheet”, Izumi Science and Technology Foundation.
(10)2013.12-2015.12:"Preparation of the porous disc included calcium ions for craniotomy”, the Foundation for the Promotion Ion Engineering.
(9)2013.06-2014.05:"Preparation of microspheres derived from organic-inorganic hydrogel for drug delivery systems", SHISEIDO.
(8)2011.04-2012.03:“Development of bone defect filling material for the sinus lift procedure”, The Kazuchika Okura Memorial Foundation.
(7)2010.11-2011.08:“Preparation of ceramics particles with high protein adsorption”, Mitsubishi Chemical Corporation Fund.
(6)2010.07-2011.03:“Preparation of ceramic particles with selective protein adsorption by sol-gel method”, Wesco Scientific Promotion Foundation.
(5)2010.07-2011.03:“Preparation of chitosan micro capsule for tissue regeneration and cell therapy”, Okayama Foundation for Science and Technology.
(4)2010.04-2011.03:“Preparation of biodegradable nerve regeneration guided tube”, Sanyo Broadcasting Gakujyutsu Bunka Foundation.
(3)2010.04-2011.02:“Development of new chitosan hydrogel for the bone graft”, Grant for Promotion of Science and Technology in Okayama Prefecture provided by the Ministry of Education, Culture, Sports, Science and Technology for her Atomic Energy Facilities.
(2)2009.04-2010.03:“Preparation of organic-inorganic hybrids modified with bioactive species”, the Kinki Chihô-Hatsumei Center Foundation.
(1)2003.04-2004.03:“Natural polymer hybrids for inducing bone formation”, the Original Entrepreneur Seeds Excavation Enterprise Grant from Prefecture of Okayama. |
| Grant at University（Principal Investigator） |
(9)2023.09-2025.09:Research with University of Lorraine, Kyushu Institute of Technology, “Development of active hydrogel by using the natural nanoliposome for tissue engineering”.
(8)2023.04-2024.03:Research with National Taiwan University of Science and Technology, Kyushu Institute of Technology, “Preparation of nanofiber-based conductive films for peripheral nerve regeneration”, Kyutech-NTUST-2023-03.
(12)2020.11-2023.03:Research with University of Putra, Malaysia, Kyushu Institute of Technology, “Synthesized zinc oxide nanoparticles with anthocyanin-rich standardized extract of Hibiscuc sabdariffa L. loaded with niosomes for potential anti-skin bacteria in psoriasis”.
(11)2019.08-2020.03:Research with National Taiwan University of Science and Technology, Kyushu Institute of Technology, “Preparation of anti-fungal thin film by organic-inorganic hybrids”, Kyutech-NTUST-109-05.
(10)2019.04-2020.03:Collaboration with other university for equipments, Kyushu Institute of Technology, "Preparation of organic-inorganic hybrid including siloxane unit and structural analysis with solid NMR".
(9)2018.10-2019.03:Collaboration with other university for equipments, Kyushu Institute of Technology, "Investigation of effect of Si(IV) species structure on cell responses by using solid NMR".
(8)2018.07-2019.06:Research with National Taiwan University of Science and Technology, Kyushu Institute of Technology, “Electrospun porous core-shell nanofibers incorporated with nerve growth factor for neuronal tissue engineering”, Kyutech-NTUST-108-05.
(7)2017.08-2018.06:Research with National Taiwan University of Science and Technology, Kyushu Institute of Technology, “Electrospun porous core-shell nanofibers incorporated with nerve growth factor for neuronal tissue engineering”, Kyutech-NTUST-107-04.
(6)2016.09-2017.03:Kakenhi Challenge 2016, Kyushu Institute of Technology.
(5)2015.09-2016.03:Kakenhi Challenge 2015, Kyushu Institute of Technology.
(4)2011.04-2012.08:“Improvement of osteocompatibility and biological reaction for titanium oxide by UV irradiation”, Okayama University.
(3)2009.10-2011.03, Grant for Young Scientists, Okayama University.
(2)2004.09-2005.03:“Preparation of chitosan-inorganic hybrids for inducing bone formation”, the Encouragement Research Grant from the Graduate School of Natural Science and Technology, Okayama University.
(1)2004.04-2005.03:“Chitosan-silicate hybrids are applied to the artificial membrane of the root of a tooth”, Venture Business Laboratory (VBL) Research Grant, Graduate School of Natural Science and Technology, Okayama University. |
| Fellowship funding and scholarship for travel abroad |
(9)2025.04-2026.03:Student Exchange Support Program (Scholarship for Short-term Study), Japan Student Services Organization.
(8)2024.04-2025.03:Student Exchange Support Program (Scholarship for Short-term Study), Japan Student Services Organization.
(7)2023.04-2024.03:Student Exchange Support Program (Scholarship for Short-term Study), Japan Student Services Organization.
(6)2016.10.18:“Why chitosan-siloxane hybrids promote nerve regeneration?-investigating the effect of siloxane units for nerve cell activity and differentiation-”, Kyushu Institute of Technology, Università degli Studi di Torino, Torino, Italy, 2017.03.25-11.23.
(5)2014.05.13:"Chitosan-siloxane porous scaffold for nerve reconstruction", Tokuyama Science Foundation, European Society for Biomaterials Conference 2014, Liverpool, UK, 2014.08.31-09.03.
(4)2013.06.27:“Preparation and characterization of the antibacterial inorganic-organic hybrid membrane”, Kyushu Institute of Technology, Universidade do Porto, Porto, Portugal, 2013.12.23-2014.03.07.
(3)2011.06.03:“The effect of Si(IV) species derived from chitosan-silicate hydrogels on osteoblast behavior”, Motoharu KURATA award, The Ceramic Society of Japan, The 23rd Symposium and Annual Meeting of International Society for Ceramics in Medicine (ISCM), Bioceramics 23, Istanbul, Turkey, 2011.11.06-09.
(2)2009.03.30:“Preparation of biodegradable organic-inorganic hybrid for the wound dressing”, Okayama University, Meeting for international collaboration with Porto University under the agreement, Porto, Portugal, 2010.01.30–02.05.
(1)2009.06.12:“Injectable chitosan-silicate hydrogels for bone-repair”, Iketani Science and Tecnology Foundation, XV International Sol-Gel Conference, sol-gel’09, Porto de Galinhas, Brazil, 2009.08.23-27. |
| Fellowship funding for invitation |
(5)2022.01.04:“Establishment of sustainable network in the biomedical field and encouragement of future women leaders”, SAKURA Science, Japan-Asia Youth Exchange Program in Science, Japan Science and Technology Agency (JST), 2022.01.17-2022.02.16
(4)2020.11.10:“Establishment of sustainable network in biomedical field and encouragement of future women leaders”, SAKURA Science, Japan-Asia Youth Exchange Program in Science, Japan Science and Technology Agency (JST), 2021.01.27-29.
(3)2019.04.02:“Establishment of sustainable network in biomedical field and encouragement of future women leaders”, SAKURA Science, Japan-Asia Youth Exchange Program in Science, Japan Science and Technology Agency (JST), 2019.07.01-07.
(2)2018.04.10:“Establishment of sustainable network in biomedical field and encouragement of future women leaders”, SAKURA Science, Japan-Asia Youth Exchange Program in Science, Japan Science and Technology Agency (JST), 2018.07.01-10.
(1)2017.09.12:“Encouragement of Young and Women Researchers in Science and Technology for Medicine, Dentistry and Engineering Cooperation”, SAKURA Science, Japan-Asia Youth Exchange Program in Science, Japan Science and Technology Agency (JST), 2018.02.01-10. |
| Collaboration（Principal Investigator） |
(13)2022.08-2023.03:“Research of self-curing bone paste by apatite/collagen composites for practical use”, collaborated with Tokyo Medical and Dental University & National Institute for Materials Science (NIMS).
(12)2019.05-2022.03:“Research of self-curing bone paste by apatite/collagen composites for practical use”, collaborated with Tokyo Medical and Dental University & National Institute for Materials Science (NIMS).
(11)2018.07-2019.03:"Preparation and characterization of anti-bacterial nano-fiber materials", collaborated with Industrial Technology Center of Okayama Prefecture (ITCO).
(10)2015.04-2019.03:"Research for injectable thermosensitive and self-curing bone paste of apatite/collagen composites", collaborated with National Institute for Materials Science (NIMS) & Meiji University.
(9)2015.12-2018.05:"Investigation about the biodegradable bone filling materials", collaborated with Nikkiso Co., Ltd.
(8)2016.06-2017.03:"Preparation and characterization of nano-fiber with metal ions", collaborated with Industrial Technology Center of Okayama Prefecture (ITCO).
(7)2013.06-2017.03:"Development of new adsorbent for the recycling of the waste of dialysis", collaborated with Nikkiso Co., Ltd.
(6)2015.05-2016.03:"Preparation of layered sheet using HAp nano-particles", collaborated with Industrial Technology Center of Okayama Prefecture (ITCO).
(5)2014.05-2015.03:"Ceramic nano-particles for biomedical application", collaborated with Industrial Technology Center of Okayama Prefecture (ITCO).
(4)2013.06-2015.03:"Investigation of the biodegradable material for the skull regeneration", collaborated with Nikkiso Co., Ltd.
(3)2013.05-2014.03:"Development of new biomaterial using the organic-inorganic hybrids", collaborated with Industrial Technology Center of Okayama Prefecture (ITCO).
(2)2011.06-2012.03:"Development of new injectable material using chitosan-siloxane hydrogels for bone regeneration", collaborated with Industrial Technology Center of Okayama Prefecture (ITCO).
(1)2010.04-2012.03:“Fabrication of the new material for the skull regeneration”, collaborated with Nikkiso Co., Ltd. |
| Other（a member of research） |
(37)2025.04-2026.03:Student Exchange Support Program (Scholarship for Short-term Study), Japan Student Services Organization (PI: Dr. Yoshito ANDO).
(36)2024.04-2025.03:Student Exchange Support Program (Scholarship for Short-term Study), Japan Student Services Organization (PI: Dr. Yoshito ANDO).
(35)2024.04-2025.03:Student Exchange Support Program (Scholarship for Short-term Study), Japan Student Services Organization (PI: Dr. Toshinari MAEDA).
(34)2023.04-2026.03: “Research Center of Synthetic Biology”, Advanced Core Research Center, Kyushu Institute of Technology (PI: Dr. Kosuke HANADA).
(33)2020.04-2026.03:“Green Materials Research Center”, Advanced Core Research Center, Kyushu Institute of Technology (PI: Dr. Yoshito ANDO).
(32)2021.04-2022.03:“Egg-in-Cube: Integration and deployment of ultra-long live imaging and micromechanics operations”, Grants-in-Aid for Scientific Research B (21H01277) from Japan Society for the Promotion of Science (PI: Dr. Tomohiro KAWAHARA).
(31)2020.06-2021.03:“Research for recycling materials based on woody biomass in a low-carbon society”, Kyushu Institute of Technology (PI: Dr. Yoshito ANDO).
(30)2019.04-2022.03:"Three-dimensional accumulation of biological components based on AC electrolytic sol-gel reaction and its medical application", Grants-in-Aid for Scientific Research C (19K05031) from Japan Society for the Promotion of Science (JSPS) (PI: Dr. Tomohiko YOSHIOKA).
(29)2019.04-2020.03:Student Exchange Support Program (Scholarship for Short-term Study), Japan Student Services Organization (PI: Dr. Yoshito ANDO).
(28)2016.06-2020.03:"Innovative Environmental and Bio Appropriate Technology Unit for Young Researchers using MSSC", Project for Promotion of Strategic Research Unit, Kyushu Institute of Technology (PI:Dr. Toshinari MAEDA).
(27)2016.08-2020.01:“Critical assessment of toxicity profiling, cellular internalization and bioaccumulation of engineered graphene based nanocomposite in vitro for advancement in biomedical research”, Single Disciplinary Project, Fundamental Research Grant Scheme (FRGS), Ministry of Education Malaysia (PI：Dr. Che Azurahanim Binti Che Abdullah).
(26)2018.07-2019.03:Project for Research Center, Kyushu Institute of Technology (PI: Prof. Shigeori TAKENAKA).
(25)2018.04-2019.03:Student Exchange Support Program (Scholarship for Short-term Study, Foreign Student), Japan Student Services Organization (PI: Dr. Yoshito ANDO).
(24)2017.07-2018.03:Project for Research Center, Kyushu Institute of Technology (PI: Prof. Shigeori TAKENAKA).
(23)2017.04-2018.03:Student Exchange Support Program (Scholarship for Short-term Study, Japanese Student), Japan Student Services Organization (PI:Dr. Toshinari MAEDA).
(22)2017.04-2018.03:Student Exchange Support Program (Scholarship for Short-term Study, Foreign Student), Japan Student Services Organization (PI:Dr. Toshinari MAEDA).
(21)2016.08-2017.02:Student Exchange Support Program (Scholarship for Short-term Study, Japanese Student), Japan Student Services Organization (PI:Dr. Toshinari MAEDA).
(20)2016.08-2017.02:Student Exchange Support Program (Scholarship for Short-term Study, Foreign Student), Japan Student Services Organization (PI:Dr. Toshinari MAEDA).
(19)2016.06-2017.03:Project for University Reform, Kyushu Institute of Technology (PI:Prof. Shigeori TAKENAKA).
(18)2016.04-2017.02:"Preparation of chitosan-HAp fiber for artificial ligament", Sasakawa Grant 2016, the Japan Science Society (PI: Mr. Takuma Okada).
(17)2015.10-2016.03:"Innovative Environmental and Bio Appropriate Technology Unit for Young Researchers using MSSC", Project for Promotion of Strategic Research Unit, Kyushu Institute of Technology (PI:Dr. Toshinari MAEDA).
(16)2015.06-2016.03:“Artificial eggshell with surface topography for long culture system of chick embryo”, Keikai Research Foundation (PI:Dr. Tomohiro KAWAHARA).
(15)2015.04-2016.02:"Preparation of antibacterial chitosan-siloxane hybrids microspheres using microfluidic system", Sasakawa Grant 2015, the Japan Science Society (PI: Ms. Susana NEVES).
(14)2013.09-2015.03:Co-investigators (Renkei-Kenkyusha) of Project Management Group, “Fusion Materials-Creative Development of Materials and Exploration of their Function through Molecular Control”, Grant-in-Aid for Scientific Research on Innovative Areas, the Ministry of Education, Culture, Sports, Science and Technology (MEXT), Area No. 2206 (PI:Prof. Takashi KATO).
(13)2012.09-2013.03:“Improvement of osteocompatibility and biological reaction for titanium oxide by UV irradiation”, Okayama University (PI:Dr. Shunsuke NISHIMOTO).
(12)2012.04-2013.02:"Preparation of PET ligament with bon-bonding property modified with chitosan-siloxane hybrid", Sasagawa Grant 2012, The Japan Science Society (PI: Ms. Iku ISHIDA).
(11)2011.04-2013.03:"Collagen-templated preparation of silica-titania nanotubes and their biomedical applications", Grant-in-Aid for Scientific Research from the Japan Society for the Promotion of Science, the JSPS-RS Program (PI:Prof. Akiyoshi OSAKA).
(10)2010.04-2013.03:“Preparation of biomaterials derived from organic-inorganic hybrids and ceramics formed in aqueous solution", collaborated with National Institute of Advanced Industrial Science and Technology (PI:Prof. Akiyoshi OSAKA).
(9)2010.04-2012.03:“Preparation of the biocompatible apatite ceramics：microstructure and biological reaction”, Grant-in-Aid for Scientific Research from the Japan Society for the Promotion of Science, the JSPS-DFG program and the Deutsche Forschungsgemeinschaft DFG under the JSPS-DFG program (grant no. Ja 552/25-1)（PI:Dr. Satoshi HAYAKAWA).
(8)2010.04-2011.03:“Development of Biomaterials used by metal nano-particles", DOWA Holdings Co., Ltd. (PI:Dr. Satoshi HAYAKAWA).
(7)2009.04-2011.03:“Development of micro-implant for soft- or hard-tissue with metal nano-oxidation layer irradiated by UV", Nakashima Medical Co., Ltd. (PI:Prof. Akiyoshi OSAKA).
(6)2009.09-2010.03:“Preparation of new scaffold to regenerative the human tissue”, Grants-in-Aid for Young Scientists (Start-up21800035) from Japan Society for the Promotion of Science (PI:Mis Yuri NAKAMURA).
(5)2009.07-2010.03:“Improvement of the biocompatibility on the metal oxidation layer by UV irradiation”, Wesco Scientific Promotion Foundation (PI:Dr. Satoshi HAYAKAWA).
(4)2008.10-2010.05:“Silicate substituted calcium phosphate bone cements and granules; the role of silicate ions on cement properties and enhanced biological performance”, the PMI2 Connect of British Council, collaborated with Prof. Iain R. Gibson at the University of Aberdeen (PI:Prof. Akiyoshi OSAKA).
(3)2008.10-2010.03:“Fabrication of new biomaterial with nano-topographic micro-pattern”, Nippon Sheet Glass Foundation for Materials Science and Engineering (PI:Dr. Satoshi HAYAKAWA).
(2)2008.10-2010.03:“Preparation of tissue engineering scaffold based on the osteocompatibility of silicate ion", Grant-in-Aid for Scientific Research from the Japan Society for the Promotion of Science, the JSPS-RS program (PI:Dr. Kanji TSURU).
(1)2008.10-2009.03:“Preparation of nanometer-scale rod array and biomedical application”, Grants-in-Aid for Scientific Research (B19360301) from Japan Society for the Promotion of Science (PI:Dr. Satoshi HAYAKAWA). |
