Hendrik H.G. Hansen
Papers
2
Total Citations
12
H-Index
2
About
Hendrik H.G. Hansen is a researcher at the forefront of medical imaging and robotics, specializing in breast cancer diagnostics. His work focuses on the fusion of ultrasound and MRI technologies, addressing the critical challenge of breast deformation during imaging. Hansen’s key contributions include the development of an acoustically transparent pressure sensor for 3-D ultrasound elastography, enabling patient-specific finite-element modeling of breast tissue—a breakthrough for biopsies of lesions visible only on MRI. This innovation, cited 10 times, allows for strain elastography imaging using a robotic arm, improving elasticity mapping. Additionally, his work on automated robot-assisted volumetric breast ultrasound, with 2 citations, tackles the difficult fusion of 3DUS and MRI by accounting for positional differences between supine and prone scans and high breast deformation. Hansen’s research has a direct impact on enhancing cancer detection rates, making him a notable figure in the integration of robotics and imaging for clinical applications. His achievements underscore a commitment to advancing non-invasive diagnostic tools, offering promising avenues for more accurate and patient-friendly breast cancer screening.
Research Focus
Key Achievements
Top Papers
- 1
- 2