Papers
2
Total Citations
58
H-Index
2
About
Peng Dong is a medical physicist whose research has advanced the frontiers of robotic radiation therapy. His work focuses on improving the precision and accessibility of cancer treatment, particularly through the use of conventional C-arm linear accelerators for prostate robotic radiotherapy. His highly cited 2013 paper, "Feasibility of prostate robotic radiation therapy on conventional C-arm linacs" (44 citations), demonstrated a practical pathway to deliver high-quality, non-coplanar treatments without the need for dedicated robotic systems. Dong further expanded the field by investigating intermediate x-ray energies (2 MV) for extracranial robotic intensity modulated radiotherapy, as detailed in his 2014 study (14 citations). Using Monte Carlo simulations, he showed that these intermediate energies could achieve highly conformal dose distributions, potentially reducing treatment complexity and cost. By bridging the gap between advanced robotic delivery and widely available linac technology, Dong’s work has opened new possibilities for more accessible, precise radiotherapy. His contributions are particularly valuable for researchers and clinicians seeking to implement robotic techniques in resource-constrained settings, making state-of-the-art cancer care more attainable.
Research Focus
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