HAMAJIMA Fumiyasu | Japan Tissue Engineering Co., Ltd., R&D Department
スポンサーリンク
概要
関連著者
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KATOH Masakazu
Japan Tissue Engineering Co., Ltd., R&D Department
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HAMAJIMA Fumiyasu
Japan Tissue Engineering Co., Ltd., R&D Department
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Katoh Masakazu
Japan Tissue Engineering Co. Ltd. R&d Department
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Hata Kenichiro
Japan Tissue Engineering Co. Ltd. R&d Department
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Katoh Masakazu
Japan Tissue Engineering Co. Ltd.
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Hamajima Fumiyasu
Japan Tissue Engineering Co. Ltd. R&d Department
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OGASAWARA Takahiro
Japan Tissue Engineering Co., Ltd., R&D Department
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Ogasawara Takahiro
Japan Tissue Engineering Co. Ltd. R&d Department
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HATA Ken-ichiro
Japan Tissue Engineering Co., Ltd., R&D Department
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Hata Ken-ichiro
Japan Tissue Engineering Co. Ltd.
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Hata Kenichiro
Japan Tissue Engineering Co. Ltd
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KUBO Kentaro
Japan Tissue Engineering Co., Ltd.
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Kubo Kentaro
R&d Department Japan Tissue Engineering Co. Ltd
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SHIGETA Tomomi
Japan Tissue Engineering Co., Ltd.
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Shigeta Tomomi
Japan Tissue Engineering Co. Ltd.
著作論文
- Assessment of the human epidermal model LabCyte EPI-MODEL for In vitro skin corrosion testing according to the OECD test guideline 431
- The Skin Irritation Test using the Human Epidermal Model LabCyte EPI-MODEL24 : examination with 54 materials
- Reproducibility of human 3-dimensional cultured epidermal model (LabCyte EPI-MODEL)
- Investigation of the Test Method for Eye Irritation potential Using a Reconstructed Human Corneal Model
- Functional evaluation of human 3-dimensional keratinocyte and melanocyte co-cultured epidermal model (LabCyte MELANO-MODEL)
- Assessment of the Human Epidermal Model LabCyte EPI-MODEL24 for the in vitro Skin Irritation Testing according to the validated protocol by ECVAM
- Investigation of 3D corneal model culture method using normal human corneal epithelial cells
- Skin irritant tests using human 3-dimensional cultured epidermal model (LabCyte EPI-MODEL) : Analysis by inflammatory cytokines
- The morphological and functional study of human 3-dimensional cultured epidermal model (LabCyte EPI-MODEL) : Evaluation of proliferation, differentiation and secreted cytokines