Russell D. Jamison
Papers
2
Total Citations
151
H-Index
2
About
Russell D. Jamison is a leading figure in bone tissue engineering, whose work has fundamentally advanced the design and fabrication of synthetic bone scaffolds. His research centers on the development of model hydroxyapatite (HA) scaffolds, with a particular focus on understanding how architecture and porosity influence mechanical performance and biological integration. Jamison’s major contribution lies in pioneering the use of robocasting—a solid freeform fabrication technique—to create scaffolds with precisely controlled, multiscale porosity. His landmark 2007 paper (95 citations) demonstrated the robotic deposition of HA scaffolds with complex architectures, including periodic, radial, and superlattice structures, setting a new standard for scaffold design. Complementing this, his 2006 study (56 citations) systematically investigated how degradation and porosity affect the load-bearing properties of these scaffolds, providing critical insights into their long-term stability in physiological environments. By correlating structural features with mechanical outcomes, Jamison’s work has directly informed the development of more durable and effective bone graft substitutes. His research remains essential reading for engineers and clinicians seeking to optimize synthetic scaffolds for regenerative medicine.
Research Focus
Key Achievements
Top Papers
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