Hamed Aliabadi
Papers
1
Total Citations
141
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1
About
Hamed Aliabadi is a leading researcher in regenerative medicine and tissue engineering, with a focus on developing innovative platforms to direct stem cell behavior. His work centers on creating three-dimensional microenvironments that can precisely control stem cell differentiation—a critical challenge for repairing damaged tissues. In his highly cited 2014 study (141 citations), Aliabadi introduced a combinatorial cell-laden gel microarray that uses robotic spotting to rapidly screen biomaterials for inducing osteogenic differentiation of human mesenchymal stem cells. This breakthrough enables high-throughput testing of multiple biochemical and physical cues simultaneously, accelerating the discovery of optimal conditions for bone regeneration. His contributions have significant implications for personalized medicine and implantable therapies, as they move beyond traditional two-dimensional cultures toward more physiologically relevant 3D models. With over 140 citations on this work alone, Aliabadi’s research is widely recognized for bridging materials science and stem cell biology, offering scalable tools for both fundamental studies and clinical translation in orthopedics and beyond.
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