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验证码:

Campbell, Phil G.

职称:Research Professor, Institute for Complex Engineered Systems, Biomedical Engineering, Biological Sciences, Materials Science & Engineering

所属学校:Carnegie Mellon University

所属院系:Biological Sciences

所属专业:Materials Science

联系方式:412 268 4126

简介

Professor Campbell has over 25 years’ experience in multidisciplinary research with both engineers and clinicians to develop unique solutions to a wide variety of complex biomedical problems, including the development of natural-based biomaterials, implant biocompatibility, and tissue engineering. One of his overarching research themes involves understanding and engineering the cellular microenvironment from an endocrine point of view, both in vitro and in vivo. The study encompasses growth factor interstitial transport, interactions with receptors and non-receptor binding proteins, immobilization and proteolytic processing of extracellular matrix bound growth factors and other signaling molecules, and live cell and animal imaging. His research has taken advantage of biopatterned microenvironments to spatially deliver signaling molecules to spatially control cell behavior in vitro and tissue formation in vivo toward musculoskeletal, cardiac, immunological and cancer applications.

职业经历

Professor Campbell has over 25 years’ experience in multidisciplinary research with both engineers and clinicians to develop unique solutions to a wide variety of complex biomedical problems, including the development of natural-based biomaterials, implant biocompatibility, and tissue engineering. One of his overarching research themes involves understanding and engineering the cellular microenvironment from an endocrine point of view, both in vitro and in vivo. The study encompasses growth factor interstitial transport, interactions with receptors and non-receptor binding proteins, immobilization and proteolytic processing of extracellular matrix bound growth factors and other signaling molecules, and live cell and animal imaging. His research has taken advantage of biopatterned microenvironments to spatially deliver signaling molecules to spatially control cell behavior in vitro and tissue formation in vivo toward musculoskeletal, cardiac, immunological and cancer applications.

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