Gruskin Elliott | Life Sciences A Division Of Us Surgical Corp.
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概要
関連著者
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Gruskin Elliott
Life Sciences A Division Of Us Surgical Corp.
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Connors David
Life Sciences A Division Of Us Surgical Corp.
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GIES David
Life Sciences, a Division of US Surgical Corp.
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MUSTOE Thomas
Department of Surgery, Northwestern University Medical School
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TAWIL Nabil
Life Sciences, a Division of US Surgical Corp.
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Mustoe Thomas
Department Of Surgery Northwestern University Medical School
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Gies David
Life Sciences A Division Of Us Surgical Corp.
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Tawil Nabil
Life Sciences A Division Of Us Surgical Corp.
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CONNORS David
Life Sciences, a Division of US Surgical Corp.
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LIN Herrick
Department of Surgery, Northwestern University Medical School
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BENNETT Steven
Life Sciences, a Division of US Surgical Corp.
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MUSTOE Thomas
The Department of Surgery, Northwestern University Medical School
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DIDDIQUI Aamir
the Division of Plastic Surgery, University of Minnesota Medical School
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GALIANO Robert
Division of Plastic Surgery, Northwestern University Medical School
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CONNORS David
United States Surgical Corporation
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GRUSKIN Elliott
United States Surgical Corporation
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WU Liancun
Division of Plastic Surgery, Northwestern University Medical School
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MUSTOE Thomas
Division of Plastic Surgery, Northwestern University Medical School
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Mustoe Thomas
Division Of Plastic And Reconstructive Surgery Department Of Surgery Feinberg School Of Medicine Nor
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Bennett Steven
Life Sciences A Division Of Us Surgical Corp.
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Lin Herrick
Department Of Surgery Northwestern University Medical School
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Mustoe Thomas
The Department Of Surgery Northwestern University Medical School
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Diddiqui Aamir
The Division Of Plastic Surgery University Of Minnesota Medical School
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Galiano Robert
Division Of Plastic Surgery Northwestern University Medical School
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Wu Liancun
Division Of Plastic Surgery Northwestern University Medical School
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GRUSKIN Elliott
Life Sciences, a Division of US Surgical Corp.
著作論文
- Increase in wound breaking strength in rats in the presence of positively charged dextran beads correlates with an increase in endogenous transforming growth factor-β1 and its receptor TGF-βRI in close proximity to the wound
- Stimulation of wound healing by positively charged dextran beads depends upon clustering of beads and cells in close proximity to the wound
- Differential effects of oxygen on human dermal fibroblasts: acute versus chronic hypoxia