LINDBLAD William | Department of Pharmaceutical Sciences, Wayne State University
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概要
- LINDBLAD William J.の詳細を見る
- 同名の論文著者
- Department of Pharmaceutical Sciences, Wayne State Universityの論文著者
関連著者
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LINDBLAD William
Department of Pharmaceutical Sciences, Wayne State University
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Lindblad William
Department Of Pharmaceutical Sciences & Institute Of Chemical Toxicology Wayne State University
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Diegelmann Robert
The Wound Healing Center Division Of Plastic And Reconstructive Surgery Department Of Surgery Medica
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Diegelmann Robert
The Wound Healing Center Division Of Plastic And Reconstructive Surgery Medical College Of Virginia/
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Cohen I.
The Wound Healing Center Division Of Plastic And Reconstructive Surgery Medical College Of Virginia
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Cohen I.
The Wound Healing Center Division Of Plastic And Reconstructive Surgery Medical College Of Virginia/
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Dunn James
The Wound Healing Center Division Of Plastic And Reconstructive Surgery Medical College Of Virginia/
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REES Riley
The Section of Plastic Surgery, Department of surgery, University of Michigan Medical Center
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Rees Riley
The Section Of Plastic Surgery Department Of Surgery University Of Michigan Medical Center
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Rees Riley
He Section Of Plastic And Reconstructive Surgery Department Of Surgery University Of Michigan
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Adamson Belinda
Research Branch Veterans Affaires Health Care System
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SCHWARZ Daniel
the Section of Plastic and Reconstructive Surgery Department of Surgery, University of Michigan
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Lindblad William
Department Of Pharmaceutical Sciences Collge Of Pharmacy And Allied Health Professions Wayne State U
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Schwarz Daniel
The Section Of Plastic And Reconstructive Surgery Department Of Surgery University Of Michigan
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Lindblad William
Department Of Pharmaceutical Sciences Wayne State University
著作論文
- Analysis of the effects of chitosan on inflammation, angiogenesis, fibroblasia, and collagen deposition in polyvinyl alcohol sponge implants in rat wounds
- Use of a cell-based interactive wound dressing to enhance healing of excisional wounds in nude mice
- Altered collagen metabolism and delayed healing in a novel model of ischemic wounds