The Tissue Engineering Laboratory at Virginia Commonwealth University is comprised of a multi-disciplinary team of scientists working toward the goal of developing an “ideal” tissue-engineering scaffold. Biocompatibility, mechanical stability and bioresorption/degradation are the defining assets of an “ideal” scaffold yet this combination has continually eluded researchers. Electrospinning is proving to be able to overcome many of the historic limitations due in particular to the ability to produce fibrous scaffolds that can mimic the composition and architecture (fiber size and orientation) of the native extracellular matrix. Our laboratory has demonstrated that nano- to micro-scale fibrous scaffolds can be reproducibly electrospun from biopolymers including collagen types I, II, and III, elastin, fibrinogen, poly (glycolic acid), poly (lactic acid), and Polycaprolactone either individually or in combinations tailored to a specific application. Preliminary cellular/tissue interaction experiments have shown very promising results which are predominately dependent on the electrospun scaffold’s composition and fiber diameter.
Director: Dr. Gary L. Bowlin
Assistant Chair - Graduate Coordinator
Joint Appointment in Department of Physiology
Kristin J. Pawlowski, M.S.
Catherine Barnes, M.S.
Jamil A. Matthews, M.S.
Postdoctoral / Residents:
This page does not reflect an official position of Virginia Commonwealth University
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