一般講演

[G] Fundamentals of Biomaterials and Bio-responses

Fri. Mar 15, 2024 9:00 AM - 11:20 AM Rm. F (Rm.507, 5th Flr.,Lecture Hall Blg.)

座長:山本雅哉(東北大学)、上田恭介(東北大学)、大津直史(北見工業大学)

※表示の講演時間には質疑応答時間も含みます。
（質疑応答時間5分、基調講演と招待講演は5～10分）

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9:00 AM - 9:30 AM

[152] Studies on the Surface Modification of Metallic Materials Using Bio-ceramics and the Development of Alloys and Processes for Vascular Treatment

*Kyosuke UEDA¹ (1. Department of Materials Processing, Tohoku University)

break （9:30 AM - 9:40 AM）

9:40 AM - 9:55 AM

[153] Fabrication of high durability photocatalytic N-doped TiO₂ layer on Ti substrate through anodization in hot non-aqueous nitrate electrolyte

*RYOTA KAWAKAMI¹, MITSUHIRO HIRANO³, NAOFUMI OHTSU² (1. Kitami Inst. of Technol., 2. Kitami Inst. of Technol., 3. Kagawa Univ.)

9:55 AM - 10:10 AM

[154] Effect of proteins in nacre on osteoblast culture behavior

*Junichi FURUTANI¹, Sengo Kobayashi², Satoshi Okano² (1. Ehime Univ.<Graduate student>, 2. Ehime Univ.)

10:10 AM - 10:25 AM

[155] Artificial control of osteoblast function using a clastokine receptor mRNA delivery for activation of oriented bone matrix organization process

*Mitsuka SAITO¹, Aira MATSUGAKI¹, Keiji ITAKA^2,3, Takayoshi NAKANO¹ (1. Osaka Univ., Grad. Eng., 2. Tokyo Med. & Dent. Univ., IBB, 3. Osaka Univ., CiDER)

break （10:25 AM - 10:35 AM）

10:35 AM - 10:50 AM

[156] Development of a novel titanium intervertebral device for guiding collagen/apatite orientation through three-dimensional topographic control

*Toko Mori¹, Aira Matsugaki¹, Bun Masayuki², Takashi Kaito², Seiji Okada², Takayoshi Nakano¹ (1. Osaka Univ. Grad Eng., 2. Osaka Univ. Grad Med.)

10:50 AM - 11:05 AM

[157] Bone functional adaptation by regulating apatite orientation based on osteocytes mechanical responses

*Tadaaki MATSUZAKA¹, Aira MATSUGAKI¹, Takayoshi NAKANO¹ (1. Osaka Univ., Grad. Eng.)

11:05 AM - 11:20 AM

[158] Evaluation of endothelial cell behavior and hemodynamics on
various luminal surface topography of blood vessels

*Mako KOBAYASHI^1,2, Kozue Murata^3,4, Hidetoshi Masumoto^3,4, Hitomi Anzai⁵, Zi Wang⁵, Makoto Ohta⁵, Yoshihide Hashimoto², Tsuyoshi Kimura², Akio Kishida², Masaya Yamamoto¹ (1. Grad.Sch.of Eng., Tohoku Univ, 2. Inst. of. Biomat and Bioeng., Tokyo Med and Den Univ, 3. Grad.Sch.of Med., Kyoto Univ, 4. RIKEN Cent.for.Biosys.Dynam.Res, 5. Inst. of. Flu.Sci., Tohoku Univ)

Sessions

7.Biomedical and Health Care » Fundamentals of Biomaterials and Bio-responses

[G] Fundamentals of Biomaterials and Bio-responses

[152] Studies on the Surface Modification of Metallic Materials Using Bio-ceramics and the Development of Alloys and Processes for Vascular Treatment

[153] Fabrication of high durability photocatalytic N-doped TiO₂ layer on Ti substrate through anodization in hot non-aqueous nitrate electrolyte

[154] Effect of proteins in nacre on osteoblast culture behavior

[155] Artificial control of osteoblast function using a clastokine receptor mRNA delivery for activation of oriented bone matrix organization process

[156] Development of a novel titanium intervertebral device for guiding collagen/apatite orientation through three-dimensional topographic control

[157] Bone functional adaptation by regulating apatite orientation based on osteocytes mechanical responses

[158] Evaluation of endothelial cell behavior and hemodynamics on
various luminal surface topography of blood vessels

Authentication

Sessions

7.Biomedical and Health Care » Fundamentals of Biomaterials and Bio-responses

[G] Fundamentals of Biomaterials and Bio-responses

[152] Studies on the Surface Modification of Metallic Materials Using Bio-ceramics and the Development of Alloys and Processes for Vascular Treatment

[153] Fabrication of high durability photocatalytic N-doped TiO2 layer on Ti substrate through anodization in hot non-aqueous nitrate electrolyte

[154] Effect of proteins in nacre on osteoblast culture behavior

[155] Artificial control of osteoblast function using a clastokine receptor mRNA delivery for activation of oriented bone matrix organization process

[156] Development of a novel titanium intervertebral device for guiding collagen/apatite orientation through three-dimensional topographic control

[157] Bone functional adaptation by regulating apatite orientation based on osteocytes mechanical responses

[158] Evaluation of endothelial cell behavior and hemodynamics on various luminal surface topography of blood vessels

Authentication

[153] Fabrication of high durability photocatalytic N-doped TiO₂ layer on Ti substrate through anodization in hot non-aqueous nitrate electrolyte

[158] Evaluation of endothelial cell behavior and hemodynamics on
various luminal surface topography of blood vessels