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*Kai HIYAMA¹, Kosuke UEKI², Kyosuke UEDA³, Takayuki NATUSHIMA³ (1. Graduate School of Engineering, Tohoku Univ. (M1), 2. Department of Mechanical Engineering, Kindai Univ., 3. Graduate School of Engineering, Tohoku Univ.)

10:45 AM - 11:00 AM

[120] Evaluation of Ni ion release behavior of anodized NiTi alloy using nitric acid electrolyte

*RYOTA KAWAKAMI¹, KASUMI TATE¹, YUYA MATSUI¹, AKIHIRO TSURUTA², MASATOSHI SAKAIRI⁴, NAOFUMI OHTSU³ (1. Kitami Inst. of Tech., 2. Kitami Inst. of Tech., 3. Kitami Inst. of Tech., 4. Hokkaido Univ.)

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Session information

[G] Fundamentals of Biomaterials and Bio-responses

[114] Skeleton formation at the interface between corallite with polyps and Ti substrates

[115] Cell behavior on Ti plate coated with fine nacre powder

[116] Control of stem cells differentiation and bone matrix macroarrangement using titanium surface topography

[117] Mechanical functional adaptation via controlled bone matrix anisotropy originated from osteocyte mechanoresponses

[118] Bioactive Glass Layer Coatings on NaOH-treated Ti Surface Using a Sol-gel Dip Coating Process

[119] Effect of Ni content on microstructure and mechanical properties of biomedical Co-Cr-Fe-Mo alloy

[120] Evaluation of Ni ion release behavior of anodized NiTi alloy using nitric acid electrolyte

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[116] Control of stem cells differentiation and bone matrix macroarrangement
using titanium surface topography

[117] Mechanical functional adaptation via controlled bone matrix anisotropy
originated from osteocyte mechanoresponses