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HOME > 研究論文・業績 > 論文 先端医療材料創製研究所 相澤 守

研究論文・業績

先端医療材料創製研究所 相澤 守 論文

H Morisue, M Aizawa他8名(6番目)In vivo bone formation using three-dimensional scaffolds developed from a single crystal apatite fiber. J Biomed Mater Res A (2008) in press (Epub 2008 Jul 9)
K. Kikushima, M Aizawa他2名(最終)Changes of material properties of chelate-setting apatite cement in a simulated body fluid. Archives of BioCeramics Research 8: 49-52, 2008
H Fukano, M Aizawa他1名(2番目)Synthesis of highly dispersive ca nanoparticles using the protein shell. Archives of BioCeramics Research 8: 72-75, 2008
T Konishi, M Aizawa他5名(最終)Fabrication of chelate-setting alpha-tricalcium phosphate cement with bioresorbability and its evaluation. Archives of BioCeramics Research 8: 126-129, 2008
M Aizawa他6名(筆頭)Biocompatibility of novel chelate-setting apatite cement using inositol phosphate. Archives of BioCeramics Research 8: 162-165, 2008
J Fukasawa and M Aizawa(最終) In vitro evaluation of bioresorbability of apatite-fiber scaffolds and beta-tricalciumphosphate-fiber scaffolds using an acetic acid buffer as a model of quasi-osteoclastic producting solution. Archives of BioCeramics Research 8: 189-192, 2008
Y Horiguchi, M Aizawa他2名(最終)Fabrication of chelate-setting hydroxyapatite cements from four kinds of commercially-available powder with various shape and crystallinity and their mechanicalproperty. J Ceram Soc Jpn 116: 50-55, 2008
M Aizawa他4名(筆頭)Anti-tumorigenesis of hollow calcium-phosphate microsphere loaded with anti-angiogenic agent. Key Engineer Mater 361-363, 1215-1218, 2008
M Aizawa他3名(筆頭)Reconstruction of liver organoid using an apatite-fiber scaffold, a radial–flow bioreactor, and FLC-4 cells of hepatocyte model. Key Engineer Mater 361-363, 1165-1168, 2008
A Taki, M Aizawa他1名(最終)Microstructural observation of calcium-deficient single crystal apatite fibers and phase changes during heating. Key Engineer Mater 361-363, 147-150, 2008
M Honda, M Aizawa他3名(最終)Microenvironment of apatite-fiber scaffold affects cell proliferation and resulting cell differentiation. Key Engineer Mater 361-363, 1075-1078, 2008
S Motojima, M Aizawa他1名(最終)Enhancement of the mechanical property of apatite-fiber scaffold using type I-collagen. Key Engineer Mater 361-363, 943-946, 2008
K Kida, M Aizawa他5名(最終)Biological evaluation of chelate-setting apatite cement using inositol phosphate. Key Engineer Mater 361-363, 335-338, 2008
H Fukano, M Aizawa他1名(2番目)In vitro synthesis of calcium nanoparticles using the protein cage of apoferritin. Key Engineer Mater 361-363, 183-186, 2008
N Sugiyama, M Aizawa他4名(5番目)Ring-opening bulk polymerization of L-lactide in porous hydroxyapatite. Chem Lett 36:1476-77, 2007
田口哲志, 相澤 守, 他3名(最終)カルボキシルメチル化キトサンとクエン酸系架橋剤から構成される2成分系医療用接着剤の開発。 日本接着学会誌43 (8): 307-312, 2007
T Fujino, M Aizawa. (最終)Preparation of apatite powder including bone minerals and its characterization. Archives of BioCeramics Research, 7: 175-178 , 2007
H Yoshihisa, M Aizawa他2名(最終)Preparation of calcium-phosphate microsphere with well-controlled particle sizes by ultrasonic spray-pyrolysis technique. Archives of BioCeramics Research, 7: 185-188, 2007
Y Horiguchi, M Aizawa他1名(最終)Fabrication of chelate-setting cements from apatite powder synthesized via a wet process and its mechanical property. Archives of BioCeramics Research, 7: 201-204 ,2007
Y Iwamoto, M Aizawa他5名(最終)Fabrication of biodegradable beta-tricalcium phosphate/poly-(L-lactic acid) hybrids and their in vitro evaluation. Archives of BioCeramics Research, 7: 289-292, 2007
M Aizawa(筆頭)Synthesis of various apatites and porous coating of biocompatible calcium-phosphate films via spray-pyrolysis technique. Phosphorus Res Bull 20: 61-78, 2006
H Morisue, M Aizawa他8名(6番目)A novel hydroxyapatite fiber mesh as a carrier for recombinant human bone morphogenetic protein-2 enhances bone union in rat posterolateral fusion model. Spine 31: 1194-2000, 2006
M Aizawa他3名(筆頭)Synthesis of calcium-deficient apatite fibres by a homogeneous precipitation method and their characterizations. J Eur Ceram Soc 26: 501-507, 2006
A Miyazaki, M Aizawa(最終)Adhesion, proliferation and morphology of osteoblasts cultured on apatite ceramics with preferred orientation to a-plane. Key Engineer Mater 309-311, 109-112, 2006
T Ohno, M Aizawa(最終)Effect of the concentrations of the starting solution on the syntheses and powder properties of hollow tricalcium-phosphate microspheres by ultrasonic spray-pyrolysis technique. Key Engineer Mater 309-311, 235-238, 2006
M Aizawa他4名(筆頭)Syntheses of silicon-containing apatite fibres by a homogeneous precipitation method and their characterization. Key Engineer Mater 309-311, 1129-1132, 2006
M Aizawa他7名(筆頭)Development of apatite fiber scaffolds promoting hard-tissue regeneration and their application to biomedical devices. Archives of BioCeramics Research, 6: 9-12, 2006
M Honda, M Aizawa他4名(最終)Osteogenic differentiation in a three-dimensional apatite-fiber dcaffols. Archives of BioCeramics Research, 6: 171-174, 2006
S Izumi, M Aizawa他7名(最終)Apatite-fiber scaffold provides three-dimensional culture environment for osteoblast-like cells. Archives of BioCeramics Research, 6: 175-178, 2006
Y Tanaka, M Aizawa他3名(最終) Development of porous ceramics with well-controlled pore sizes created from single-crystal apatite fibers and its biological evaluation. Archives of BioCeramics Research, 6: 200-203, 2006
N Onaya, M Aizawa他2名(最終)Effect of ultrasonic vibration frequency on the particle size of hydroxyapatite microspheres synthesized by ultrasonic spray-pyrolysis. Archives of BioCeramics Research, 6: 204-207, 2006
H Yamamoto, M Aizawa(最終)Synthesis of plate-shaped apatite with preferred orientation to c-plane using enzyme reaction of urea with urease. Archives of BioCeramics Research, 6: 212-215, 2006
A Yoshikawa, M Aizawa他2名(最終)Mechanical property of apatite cement hardeded by chelating-effect of inositol phosphate. Archives of BioCeramics Research, 6: 216-219, 2006
A Hiramoto, M Aizawa他1名(最終)Three-dimensional cell culture of hepatocyte using apatite-fiber scaffold and application to a radial-flow bioreactor. Archives of BioCeramics Research, 6: 220-223, 2006
A Miyazaki, M Aizawa他1名(最終)Adhesion, proliferation and differentiation of osteoblasts cultured on apatite ceramics with preferred orientation to a-plane. Archives of BioCeramics Research, 6: 224-227, 2006
H Tanabe, M Aizawa他2名(最終)Release profiles of calcium and phosphate ions from the beta-tricalcium phosphate fiber scaffolds in the HEPES buffer solutions. Archives of BioCeramics Research, 6: 236-239, 2006
M Aizawa他3名(筆頭)Synthesis of calcium-phosphate microsphere with well-controlled particle size by ultrasonic spray-pyrolysis technique and their sinterability. Phosphorus Res Bull 19: 1-6, 2005
N Igeta, M Aizawa他1名(最終)Fabrication and characterization of the apatite-fiber scaffolds with enhanced mechanical property using apatite gels as a sintering agent. Phosphorus Res Bull 19: 42-47, 2005
A Hiramoto, M Aizawa他1名(最終)Three-dimensional cell culture of hepatocytes using apatite-fiber scaffold. Archives of BioCeramics Research 5: 238-241, 2005
M Aizawa他2名〈筆頭〉Characterization of porous beta-tricalcium phosphate films formed on alumina ceramics by spray-pyrolysis technique and their in vitro evaluations using osteoblasts. J Ceram Soc Jpn 113: 245-251 , 2005
I Okada, M Aizawa他3名(4番目)MD simulation of crystal growth of NaCl from its supersaturated aqueous solution. J Mol Liq 118: 131-139, 2005
M Aizawa他3名(筆頭)Ultrastructural observation of single-crystal apatite fibres, biomaterials, 26: 3427-3433, 2005
M Aizawa他8名(筆頭)In vitro biological evaluations of three-dimensional scaffold developed from single-crystal apatite fibres for tissue engineering of bone. Phosphorus Res Bull 17: 268-273, 2004
M Aizawa他4名(筆頭)Fabrication of porous tricalcium phosphate ceramics from calcium-phosphate fibers for a matrix of biodegradable ceramics/polymer hybrids. Phosphorus Res Bull 17: 213-214, 2004
M Aizawa他3名(筆頭)Microstructual changes of Single-crystal Apatite Fibres during heat treatment. Key Engineer Mater 254-256, 915-918 , 2004
M Kawata, M Aizawa他4名(最終)Development of porous ceramics with well-controlled porosities and pore sizes from apatite fibers and their evaluations. J Mater Sci Mater Med 15: 817-823, 2004
J Nozaki, M Aizawa他7名(6番目)Biocompatibility of hydroxyapatite films formed on various metals by a surface treatment using an enzyme reaction. Trans Mater Res Soc. Jpn 29: 2663-2666, 2004
久森紀之,相澤 守, 他2名(最終)荷重下におけるチタン合金へのアパタイトの析出能評価。 材料試験技術 49: 171-176, 2004

著書

  • 生体関連セラミックスの研究動向と将来展望, セラミックス, 43: 978-982, 2008
  • セラミックススカフォールド アパタイトファイバースカフォールドによる組織再生。 バイオマテリアル26: 301-308, 2008
  • アパタイトファイバースキャフォルドの創製と骨再生への応用, マテリアルインテグレーション 20: 62-68, 2007
  • 生体骨と力学的に調和した有機-無機ハイブリッドの創製。 高分子56: 140 , 2007
  • 特異的に配向した結晶面をもつアパタイトファイバーの特性とその骨再生への応用。無機マテリアル13: 345-352, 2006
  • アパタイトファイバースキャホールドの開発と臨床応用に向けた試み。 セラミックス40: 865-868, 2005
  • 硬組織再生を促進するアパタイトファイバースキャフォルドの開発。 化学と工業 58: 1078-1081
  • アパタイトファイバースキャフォルドのナノ構造と細胞分化。 バイオマテリアル23: 336-342, 2005
  • ティッシュエンジニアリングのためのアパタイトファイバーによる新規な三次元培養スキャフォルドの開発。Phosphorus Letter 51: 3-12, 2004