Longaker Michael | Department Of Surgery Stanford University Medical School
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概要
関連著者
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Phan Toan-thang
Department Of Surgery National University Of Singapore
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Longaker Michael
Department Of Surgery Stanford University Medical School
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LIM IVOR
Department of Surgery, National University of Singapore
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Lim Ivor
Department Of Surgery National University Of Singapore
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Longaker Michael
Department Of Surgery Stanford University School Of Medicine
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Longaker Michael
Department Of Plastic And Reconstructive Surgery New York University Medical Center
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YANG GEORGE
Department of Surgery, Stanford University Medical School
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Yang George
Department Of Surgery Stanford University Medical School
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Phan Toan-thang
Department Of Plastic Surgery Singapore General Hospital And Department Of Pharmacy Royal Botanic Ga
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Yang George
Department Of Surgery Pamela Youde Nethersole Eastern Hospital
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Xia Wei
Department Of Pharmacology Marine Drug And Food Institute Ocean University Of China
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Xia Wei
Department Of Surgery Stanford University Medical School
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Lee Seng-teik
Department Of Plastic Surgery Singapore General Hospital
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Bay Boon-huat
Department Of Anatomy National University Of Singapore
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LIM IVOR
Division of Plastic Surgery, Department of Surgery, National University of Singapore
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PHAN TOAN-THANG
Division of Plastic Surgery, Department of Surgery, National University of Singapore
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LORENZ H.
Department of Surgery, Stanford University
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QI Robert
Institute of Molecular and Cell Biology
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HUYNH Hung
National Cancer Centre
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LONGAKER Michael
Director of Children's Surgical Research, Stanford University School of Medicine
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Lorenz H.
Department Of Surgery Division Of Plastic Surgery Pediatric Surgery Research Laboratory Stanford Uni
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Lorenz H.
Department Of Surgery Stanford University
著作論文
- Complex epithelial-mesenchymal interactions modulate transforming growth factor-β expression in keloid-derived cells
- From scarless fetal wounds to keloids : Molecular studies in wound healing
- Differences in collagen production between normal and keloid-derived fibroblasts in serum-media co-culture with keloid-derived keratinocytes