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ACS Applied Bio Materials|January 13, 2022
Anti-Inflammatory and Tissue Adhesion Properties of an α-Linolenic Acid-Modified Gelatin-Based In Situ HydrogelYosuke Mizuno, Tetsushi TaguchiACS Biomaterials Science & Engineering|October 1, 2021
Fish Gelatin-Based Absorbable Dural Sealant with Anti-inflammatory PropertiesYosuke Mizuno, Tetsushi TaguchiInternational Journal of Molecular Sciences|February 1, 2014
Enhanced bonding strength of hydrophobically modified gelatin films on wet blood vesselsKeiko Yoshizawa, Tetsushi TaguchiACS Applied Bio Materials|January 12, 2022
Engineering an Injectable Tough Tissue Adhesive through Nanocellulose ReinforcementAkihiro Nishiguchi, Tetsushi TaguchiJournal of Biomaterials Applications|August 12, 2018
Hemostatic properties of in situ gels composed of hydrophobically modified biopolymersRyo Mizuta, Tetsushi TaguchiJournal of Biomaterials Science. Polymer Edition|June 16, 2020
Development of an immunosuppressive camouflage-coating platform with nanocellulose and cell membrane vesiclesAkihiro Nishiguchi, Tetsushi TaguchiMacromolecular Bioscience|May 14, 2019
Promotion of Cell Migration into a Hydrophobically modified Alaska Pollock Gelatin-Based HydrogelYosuke Mizuno, Tetsushi TaguchiColloids and Surfaces. B, Biointerfaces|February 1, 2020
Designing an anti-inflammatory and tissue-adhesive colloidal dressing for wound treatmentAkihiro Nishiguchi, Tetsushi TaguchiJournal of Tissue Engineering and Regenerative Medicine|September 11, 2019
Growth factor-free, angiogenic hydrogel based on hydrophobically modified Alaska pollock gelatinYosuke Mizuno, Tetsushi TaguchiInternational Journal of Biological Macromolecules|January 21, 2021
Improved tissue adhesion property of a hydrophobically modified Alaska pollock derived gelatin sheet by UV treatmentHiroaki Ichimaru, Tetsushi TaguchiPageof 1,079