Company Filing History:
Years Active: 1996-2022
Title: Kathryn R Nightingale: Pioneering Inventor in Ultrasound Technology
Introduction
Kathryn R Nightingale is a prominent inventor based in Durham, NC, with a remarkable portfolio consisting of 11 patents. Renowned for her contributions to ultrasound imaging and mechanical parameter determination, she has made significant strides in the field of medical technology.
Latest Patents
Among her latest innovations are two noteworthy patents. The first is focused on methods, systems, and computer program products for constructive shear wave ultrasound imaging. This invention encompasses a method that includes generating shear waves in a target region at different excitation positions, receiving echo signals, and determining mechanical parameters based on shear wave displacement.
The second patent articulates methods for estimating shear wave speed using statistical inference. This inventive process involves creating a prior probability density function, generating displacement to form a shear wave, and estimating a propagation parameter of the shear wave based on the analysis of echo signals. Both patents showcase Kathryn's expertise and forward-thinking approach in enhancing ultrasound technology.
Career Highlights
Kathryn has had a distinguished career with influential roles in esteemed organizations such as Duke University and Siemens Medical Solutions USA, Inc. Her work in these institutions has played a key role in the advancement of ultrasound techniques, directly benefiting medical diagnostics and treatment.
Collaborations
Kathryn has collaborated with notable colleagues including Gregg E Trahey and Mark L Palmeri. These partnerships have resulted in innovative research and development that seeks to push the boundaries of what is possible in medical imaging technologies.
Conclusion
Kathryn R Nightingale stands out as a trailblazer in the field of ultrasound technology. Her contributions through multiple patents reflect her commitment to innovation and improvement in medical diagnostics. As she continues to develop her work, the impact of her inventions is likely to resonate throughout the healthcare industry for years to come.