Zhiwen Liang
Papers
2
Total Citations
45
H-Index
2
About
Zhiwen Liang is a pioneering researcher at the intersection of precision medicine and artificial intelligence, with key contributions in diagnostic imaging and radiation oncology. Their work focuses on developing innovative materials and computational frameworks to bridge the gap between accurate diagnosis and effective therapy. Liang’s most notable achievement is the creation of a carbon-iodine conjugated polymer (PIDA) for X-ray computed tomography, which not only enhances imaging contrast but also enables direct therapeutic intervention—a breakthrough that has garnered 23 citations and addresses a critical scarcity in CT contrast agents. Additionally, Liang designed a fully automated AI-based framework for evaluating intrafraction motion in liver cancer patients undergoing robotic stereotactic body radiation therapy with CyberKnife. This system, cited 22 times, integrates automated fiducial marker detection and 3D position reconstruction to improve treatment precision and reduce errors. Liang’s work has significantly impacted clinical workflows, offering scalable solutions for real-time motion management and image-guided therapy. With a growing citation record, Liang continues to advance personalized cancer care, demonstrating how interdisciplinary approaches—combining polymer chemistry, AI, and radiotherapy—can translate diagnostic accuracy into tangible therapeutic outcomes.
Research Focus
Key Achievements
Top Papers
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- 2