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Cloning / Connective tissue cells / Stem cells / Tissue engineering / Mesenchymal stem cell / Bone / Chondrocyte / Osteoblast / Collagen / Biology / Developmental biology / Cell biology


Differentiation of mesenchymal stem cells into osteoblasts on honeycomb collagen scaffolds
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Document Date: 2008-11-06 14:49:55


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Boca Raton / New York / Tokyo / IGEPAL / /

Company

Ishiyaku EuroAmerica Inc. / Olympus / Mikos AG / CRC Press / Hitachi / Honda / Fujisawa / Tomy Co. Ltd. / Polysciences Inc. / Int J Pharm / SigmaAldrich Co. / Rigaku Co. Ltd. / Wiley Periodicals Inc. / Chung AE / Wiley InterScience / /

Country

Italy / Japan / United States / /

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Event

Reorganization / Product Issues / /

Facility

Koken Bioscience Institute / Columbia University / Tokyo Denki University / ACHMS scaffold / Honeycomb Collagen Scaffold About / Honeycomb Collagen Scaffolds Joseph George / 1 / 2 Yoshinori Kuboki / 1 Teruo Miyata1 / /

IndustryTerm

chemical conditions / important tools / transportation / bone tissue engineering applications / silver nitrate solution / chemical formula / ammonia gas / collagen solution / cell culture systems / cell culture media / biological systems / culture media / stem cell technology / atelocollagen solution / bone chips / potential tool / ammonia solution / suitable carrier / potential clinical applications / honeycomb collagen carrier / waste products / tissue engineering applications / genetic and chemical study / biomaterial and biomedical applications / tissue repair applications / chemical modifications / /

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JE / deformity / hypersensitivity / MS / /

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antibiotics / surgery / /

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X-Ray / /

Organization

Columbia University / Koken Bioscience Institute / Dallas MR / Columbia University / New York / Tokyo Denki University / Department of Medicine / Division of Molecular Medicine / /

Person

Joseph George / Hideki Aoki / Arch Biochem Biophys / /

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Position

editor / Professor / /

Product

Kanamycin / pseudo / dexamethasone / Penicillin / Sodium thiosulfate / kanamycin sulfate / glycine / Deliv Rev 56 / bone / /

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New York / Mississippi / /

RadioStation

Surg Am 83 / Sci Am 280 / Mackay AM / /

Technology

alpha / bone chips / BMP / X-ray / 3-D / Biotechnology / Cloning / transplantation / Stem Cells / stem cell technology / digital camera / Biomaterials / Tissue engineering / gene expression / /

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www.interscience.wiley.com / /

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