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Wrong Xiaojun Yu?

Dr. Xiaojun Yu

Associate Professor

Stevens Institute of Technology

Direct Phone: (201) ***-****       

Email: x***@***.edu

Stevens Institute of Technology

1 Castle Point On Hudson

Hoboken, New Jersey 07030

United States

Company Description

Founded in 1870, Stevens Institute of Technology is one of the leading technological universities in the world dedicated to learning and research. Through its broad-based curricula, nurturing of creative inventiveness, and cross disciplinary research, the... more

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Background Information

Employment History

Assistant Professor

Stevens Institute of Technology

Manager Of Pre Awards

Stevens Institute of Technology

Web References (4 Total References)

Austin Journal of Biomedical Engineering

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Xiaojun Yu, Stevens Institute of Technology, USA

Xiaojun ...

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Xiaojun Yu

Stevens Institute of Technology, USA

Yu receives research funding from The Wallace H. Coulter Foundation

www.stevensnewsservice.com [cached]

Yu receives research funding from The Wallace H. Coulter Foundation

Stevens professor's research focuses on overcoming limitations in current bone grafting procedures used to treat hard tissue trauma
HOBOKEN, N.J. - Stevens Institute of Technology Professor Xiaojun Yu, Ph.D., has received an Early Career Translational Research Award in Biomedical Engineering from the Wallace H. Coulter Foundation. This award will support his research titled, "Novel structured nanofibrous scaffolds for bone healing."
Yu, Assistant Professor in the Department of Chemical, Biomedical and Materials Engineering at Stevens' Schaefer School of Engineering and Science, is focusing his research on the treatment of bone injury in hard tissue trauma. This type of trauma creates large gaps in the bone tissue, requiring a bone grafting procedure as treatment. It has been found that polymeric nanofiber matrices have the potential to be used as bone grafts; however, due to manufacturing techniques there is restriction in the fabrication of nanofibers into complex three-dimensional (3D) structures necessary for effective treatment, resulting in mechanical properties that are not sufficient for direct bone tissue engineering applications.
Dr. Yu has proposed a way to overcome this challenge by incorporating nanofibers onto biodegradable polymeric 3D scaffolds - which have optimal porosity due to its open geometrics and large surface area - permitting the necessary nutrient transport and cell penetration into the scaffold for successful repair of large bone defects. As a result, biodegradable polymeric 3D scaffolds can provide sufficient mechanical properties and eventually be applied universally in the treatment of bone injuries.
Yu, principal investigator for the research, is working in conjunction with Cato T. Laurencin, M.D., Ph.D., University Professor of Orthopaedic Surgery at the University of Virginia, and Michelle Kofron, Ph.D., recent doctoral graduate of Orthopaedic Surgery at the University of Virginia.

International Advisory and Review Board

www.scientificjournals.org [cached]

Xiaojun Yu, Stevens Institute of Technology, New JerseyChemical & Bioengineering

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