Papers
2
Total Citations
152
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2
About
Gao Liu has established themselves as a notable contributor to the field of biomaterials and tissue engineering, with a particular focus on scaffold fabrication for regenerative medicine applications. Their most recognized work centers on the development and characterization of three-dimensional organic/inorganic composite scaffolds produced through robocasting — an advanced additive manufacturing technique that enables precise control over scaffold architecture and composition. Liu's research addresses one of the fundamental challenges in tissue engineering: creating scaffolds with tunable bioresorption rates and mechanical properties that closely mimic those of calcified tissues such as bone. By leveraging robocasting technology, their work demonstrated the feasibility of producing complex, customizable structures capable of supporting cellular activity, a critical step toward clinically viable bone substitutes. Their 2007 publication on this topic has accumulated 146 citations, reflecting its lasting influence on the biomaterials community and its role in shaping subsequent research into scaffold manufacturing strategies. The continued citation of this work into 2018 further underscores its enduring relevance. For students and researchers working at the intersection of materials science and regenerative medicine, Gao Liu's contributions represent an important foundation in understanding how processing techniques can be engineered to meet the complex demands of tissue scaffolding.
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