Faculty Profile - VCU Engineering

Dr. Russell Jamison

Dean, Virginia Commonwealth University School of Engineering

E-mail: rjamison@vcu.edu
Phone: (804) 828-3925
Fax: (804) 828-9866

Virginia Commonwealth University
School of Engineering
601 West Main Street, Suite 331
P.O. Box 843068
Richmond, Virginia 23284-3068

Assistant: Florence Johnson

Jamison, R.D., Strait, L., Beals, N.B., VanDoren, S. and Marousek, M., "Prosthetic Implants with a Highly Crystalline Coating," 1993 (Pat. No. 5,370,696).
Vijayan, K., Strait, L., and Jamison, R., "Triazine Resin Coated Prosthetic Implants," 1991 (Pat. No. 5,047,054).
Jamison, R.D., Brumfield, D., Treharne, R., Wisnewski, P., Wigginton, R., and Sherman, M., "Method and Apparatus for the Fixation of Bone Fractures, Limb Lengthening and the Correction of Deformities," 1991 (Pat. No. 5,062,844).

University Advisory Board, Industrial Research Institute
University of Memphis Engineering Advisory Council
Council on Competitiveness: U.S./Japan, National Academy of Science
Joint High Level Advisory Panel on Japan, Office of the White House Science Advisor
American Society for Composite Materials
Tissue Engineering Society International
Society For Biomaterials
American Society for Testing and Materials Committeess F4 on Medical Devices and D30 on Composite Materials

Cesarano, J., Dellinger, J., Saavedra, M., Gill, D., Jamison, R., Grosser, B., Sinn-Hanlon, J., and Goldwasser, M., "Customization of Load-Bearing Hydroxyapatitie Lattice Scaffolds, International Journal of Applied Ceramic Technology 2 (3), 212-220, 2005.
Dellinger, J. and Jamison, R., "Bone Response to 3-D Periodic Hydroxyapatite Scffolds with and without Tailored Microporosity to Deliver Bone Morphogenetic Protein 2," J Biomed Mat Res: Part A, Volume 76A, (3) 366-376.
Dellinger, J. and Jamison, R., "Effects of Degradation and Porosity on the Load Bearing Properties of Model Hydroxyapatite Bone Scaffolds," J Biomed Mat Res: Part A, (in pres), 2006.
Sendemir-Urkmez, A. and Jamison, R., "The Addition of Biphasic Calcium Phosphate to Porous Chitosan Scaffolds Enhances Bone Tissue Development," J Biomed Mat Res: Part A, (in revision), 2006.