SCOTT Paul | The Departments of Surgry, Division of Biochemistry, University of Alberta
スポンサーリンク
概要
関連著者
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Tredget Edward
Wound Healing Research Group Department Of Surgery University Of Alberta
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Scott Paul
Department Of Biochemistry University Of Alberta
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TREDGET Edward
the Department of Surgery, Wound Healing Research Group, University of Alberta, Edmonton
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GHAHARY Aziz
the Department of Surgery, Wound Healing Research Group, University of Alberta, Edmonton
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SCOTT Paul
The Departments of Surgry, Division of Biochemistry, University of Alberta
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Scott Paul
Wound Healing Research Group Department Of Surgery University Of Alberta
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Ghahary Aziz
Wound Healing Research Group Department Of Surgery University Of Alberta
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Ghahary Aziz
The Department Of Surgery Wound Healing Research Group University Of Alberta Edmonton
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Tredget Edward
The Department Of Surgery Wound Healing Research Group University Of Alberta Edmonton
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Ghahary Aziz
Department Of Surgery Division Of Plastic Surgery Wound Healing Research Group University Of Alberta
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WANG Rijian
The Departments of Surgry, Division of Plastic and Reconstructive Surgery, University of Alberta
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SHEN Qiong
The Departments of Surgry, Division of Plastic and Reconstructive Surgery, University of Alberta
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ROY Kenneth
The Departments of Surgry, Division of Biological Sciences, University of Alberta
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NEDELEC Bernadette
Departments of Surgery University of Alberta, Edmonton
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SHEN You
the Department of Surgery, University of Alberta
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NEDELEC Bernadette
the Department of Surgery, University of Alberta
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Shen You
The Department Of Surgery University Of Alberta
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Shen Qiong
The Departments Of Surgry Division Of Plastic And Reconstructive Surgery University Of Alberta
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Roy Kenneth
The Departments Of Surgry Division Of Biological Sciences University Of Alberta
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Wang Rijian
The Departments Of Surgry Division Of Plastic And Reconstructive Surgery University Of Alberta
著作論文
- Hypertrophic scar tissues and fibroblasts produce more transforming growth factor-β1 mRNA and protein than normal skin and cells
- Interferons gamma and alpha-2b differentially regulate the expression of collagenase and tissue inhibitor of metalloproteinase-1 messenger RNA in human hypertrophic and normal dermal fibroblasts