Company Filing History:
Years Active: 2019-2020
Title: Innovations of Xiaoke Wang in Magnetic Resonance Imaging
Introduction
Xiaoke Wang is a prominent inventor based in Madison, WI (US), known for his significant contributions to the field of magnetic resonance imaging (MRI). With a total of 3 patents, he has developed innovative systems and methods that enhance the capabilities of MRI technology. His work focuses on improving patient parameter determination and T1 and T2 mapping in MRI.
Latest Patents
Xiaoke Wang's latest patents include a "System and method for determining patient parameters using radio frequency phase increments in magnetic resonance imaging." This invention provides a method for controlling an MRI system to perform a gradient echo pulse sequence, which includes varying the phase of an RF pulse. The method processes complex MR data to determine signal contributions from transverse relaxation (T2) and generates a quantitative T2 map of the subject.
Another notable patent is the "System and method for confounder-corrected T1 measures using MRI." This invention addresses the influence of fat and iron presence on T1 weighting. It utilizes a single pulse sequence to acquire multiple datasets with varied T1 weighting, allowing for the estimation of B1 inhomogeneities or the generation of a T1 map that is corrected for these confounding factors.
Career Highlights
Xiaoke Wang is affiliated with the Wisconsin Alumni Research Foundation, where he continues to advance research in MRI technology. His work has been instrumental in developing methods that improve the accuracy and reliability of MRI diagnostics.
Collaborations
Xiaoke collaborates with notable colleagues such as Scott Brian Reeder and Diego Hernando, contributing to a dynamic research environment that fosters innovation in medical imaging.
Conclusion
Xiaoke Wang's contributions to magnetic resonance imaging through his patents and collaborative efforts highlight his role as a leading inventor in the field. His innovative approaches continue to enhance the capabilities of MRI technology, ultimately benefiting patient care and diagnostic accuracy.