Michael Kraus
Papers
1
Total Citations
25
H-Index
1
About
Michael Kraus is a leading researcher in medical imaging, with a primary focus on radiation dose optimization and image quality assessment in advanced diagnostic technologies. His work centers on comparing emerging 3D imaging systems—such as robotic flat-panel C-arms—against established modalities like computed tomography (CT). In his most cited study (25 citations), Kraus conducted a rigorous phantom-based analysis to quantify the effective radiation dose and corresponding image quality across different imaging protocols. This research provides critical evidence for clinicians and radiologists seeking to minimize patient exposure while maintaining diagnostic accuracy, particularly in interventional and orthopedic settings. By systematically evaluating the trade-offs between dose and clarity, Kraus has helped define best practices for the safe adoption of robotic 3D C-arm systems. His contributions are especially valuable for researchers and practitioners working at the intersection of radiation safety and technological innovation, offering a data-driven foundation for protocol selection that balances clinical need with patient protection.
Research Focus
Key Achievements
Top Papers
- 1