Keiko Irie
Papers
2
Total Citations
73
H-Index
2
About
Keiko Irie is a pioneering figure in cerebrovascular biomechanics and neurointerventional simulation, best known for developing the first patient-specific, in vitro anatomical models of the human cerebral artery. Her landmark 2005 work, cited 69 times, introduced a membranous vascular configuration that faithfully reproduces three-dimensional lumen geometry from CT and MRI data, enabling realistic simulation of endovascular interventions. This breakthrough allows clinicians to rehearse complex procedures—such as aneurysm coiling or thrombectomy—on a tangible, patient-tailored replica before entering the operating room. In a 2006 follow-up, Irie advanced the model by incorporating elastic deformation, capturing the dynamic mechanical behavior of living vessels. Her contributions bridge biomedical engineering and clinical neurosurgery, offering a powerful tool for surgical training, device testing, and pre-procedural planning. By translating imaging data into physical, deformable vasculature, Irie has helped reduce procedural risks and improve outcomes in neurovascular care. Her work remains foundational for researchers developing next-generation simulators and personalized medicine approaches in interventional neuroradiology.
Research Focus
Key Achievements
Top Papers
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