Hannah A. Strobel
Papers
2
Total Citations
26
H-Index
2
About
Hannah A. Strobel is a biomedical engineer specializing in tissue engineering, particularly the development of advanced three-dimensional vascular and organ models for in vitro research applications. Her work focuses on bridging the gap between simplified laboratory models and the complex biological reality of human tissue, with a strong emphasis on scalable, automated fabrication methods that make sophisticated tissue constructs more accessible and reproducible. Strobel's most notable contributions include pioneering automated approaches to manufacturing complex tissue models. Her 2019 work on high-throughput robotic assembly of three-dimensional vascular tissue addressed a critical bottleneck in the field — the fragility and handling challenges of self-assembled constructs — laying important groundwork for commercializing engineered tissues. Building on this foundation, her 2022 study demonstrated point-of-use automated fabrication of a cell-dense 3D human liver model incorporating human adipose microvessels, pushing boundaries in organ modeling by achieving physiologically relevant thickness of up to one centimeter. With a combined citation count reflecting growing recognition across the tissue engineering community, Strobel's research is particularly impactful for scientists developing disease models and drug testing platforms, offering practical, scalable solutions that could accelerate the transition away from animal models in biomedical research.
Research Focus
Key Achievements
Top Papers
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