Antoni P. Tomsia
Papers
3
Total Citations
469
H-Index
3
About
Antoni P. Tomsia is a distinguished materials scientist whose research has profoundly shaped the field of bone tissue engineering and biomaterials. Based at Lawrence Berkeley National Laboratory, Tomsia has dedicated his career to developing innovative fabrication techniques for bone scaffolds, with a particular focus on calcium phosphate-based materials that can closely mimic the structural and mechanical properties of natural bone tissue. Among his most celebrated contributions is the pioneering use of robocasting — a robotic-assisted direct-write assembly technique — to fabricate highly customizable three-dimensional scaffolds from materials such as hydroxyapatite (HA) and β-tricalcium phosphate (β-TCP). His 2009 work on water-based hydrogel systems for calcium phosphate scaffold fabrication has garnered over 210 citations, reflecting its broad influence across the biomaterials community. His 2007 study on organic/inorganic scaffold fabrication by robocasting further cemented this methodology as a cornerstone approach in the field, accumulating nearly 150 citations. Tomsia's research has been instrumental in addressing a fundamental challenge in tissue engineering: producing scaffolds with tunable bioresorption rates and mechanical properties suited to calcified tissues. His work continues to guide researchers worldwide in designing next-generation bone regeneration materials.
Research Focus
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Top Papers
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