BIOHYBRID MATERIALS CHEMISTRY LABORATORY

(2) Masanori Kikuchi，Taira Sato，Yuki Shirosaki，“Preparation of bone-filling”，Japan patent application 2015-037767(2015.02.27), Japan patent publication 2016-158692(2016.09.05), Japanese patent number 06459631(2019.01.11)

(1) Yuki Shirosaki，Yuta Nobunaga，"Preparation of biodegradable fiber”，Japan patent application 2015-030612(2015.02.20), Japan patent publication 2016-151008(2016.08.22)

(4) 2023.06.02, 23 RKB, 「The hand washing dance: Green Materials Center」

(3) 2013.11.03　Tekuteku Kitakyushu，No.67，Nishinippon shinbun Kitakyushu，「SHISEIDO Science Cafe in Kyutech」

(2) 2013.09.01　KOKUSAI SHOGYO publishing corp，Vol.46，No.544, pp.188-125：「6th SHISEIDO Science Grant」

(1) 2013.03.08　MSN SANKEI News；6th SHISEIDO Science Grant

(1) 2013.10.12：SHISEIDO Science Cafe in Kyutech，guest，Yuki SHIROSAKI

(13) Hayato Tanaka, "Characterization of antifungal films", Student exchange support program, Scholarship for Short-term Study financed by Japan Student Services Organization/Taiwan Experience Education Program, National Taiwan Science and Technology, Taipei, Taiwan, 2023.09.04-11.24.

(12) Rea Okuyama, “Preparation of nanofiber-based conductive films for peripheral nerve regeneration”, financed by Joint Research Program with Taiwantech, Kyushu Institute of Technology/Taiwan Experience Education Program, National Taiwan Science and Technology, Taipei, Taiwan, 2023.07.03-31.

(11) Yuki Shirosaki, “The effects of Si-containing species for nerve regeneration to prepare the new nerve conduits”, Fostering Joint International Research (A) (JP19KK0381) from the Japan Society for the Promotion of Science, Università degli Studi di Torino, Torino, Italy, 2023.06.11-09.04.

(10) Kanto Mizumachi, “Chitosan hydrogels for nerve regeneration”, financed by Kyushu Institute of Technology, Kyutech Education support, Università degli Studi di Torino, Torino, Italy, 2023.01.09-03.24.

(9) Naohiko Maeda, “Chitosan hydrogels for pulp regeneration”, financed by Kyushu Institute of Technology, Kyutech Education support, University of Thammasat, Bangkok, Thailand, 2023.01.06-03.22.

(8) Taisei Shimada, “Blood compatibility of titanium surface modified with chitosan nanofibers”, financed by Kyushu Institute of Technology, Kyutech Education support, Universidade do Porto, Porto, Portugal, 2022.10.19-2023.01.08.

(7) Yuki Shirosaki, “The effects of Si-containing species for nerve regeneration to prepare the new nerve conduits”, Fostering Joint International Research (A) (JP19KK0381) from the Japan Society for the Promotion of Science, Università degli Studi di Torino, Torino, Italy, 2022.03.27-09.01.

(6) Kosei Hattori, “Preparation of thin film by organic-inorganic hybrids with drug by plasma treatment”, financed by Kyushu Institute of Technology, GCE Education support/National Taiwan Science and Technology, TTEP@AsiaPlus, National Taiwan Science and Technology, Taipei, Taiwan, 2020.01.05-01.20.

(5) Takuma Okada，“Preparation of organic-inorganic hybrid fiber for artificial ligament”, financed by Japan Student Services Organization, Universidade do Porto，Porto，Portugal，2017.09.23-12.22.

(4) Yuki Shirosaki, “Why chitosan-siloxane hybrids promote nerve regeneration?-investigating about the effec of siloxane units for nerve cell activity and differentiation-”, financed by Kyushu Institute of Technology, Università degli Studi di Torino, Torino, Italy, 2017.03.25-11.23.

(3) Takuma Okada，“Preparation of organic-inorganic hybrid fiber for artificial ligament”, financed by Japan Student Services Organization, Universidade do Porto，Porto，Portugal，2016.09.16-12.16.

(2) Naohiro Satori，“Modification of hydroxyapatite on the organic-inorganic porous hybrid”，financed by Kyushu Institute of Technology, University of Technology, Sydney，Sydney，Australia，2013.11.19-12.16.

(1) Yuki Shirosaki, “Preparation and characterization of the antibacterial inorganic-organic hybrid membrane”, fincanced by Kyushu Intsitute of Technology, Universidade do Porto, Porto, Portugal, 2013.12.23-03.07.