Andrew D Missert

Title: Innovations in Medical Imaging by Andrew D Missert

Introduction

Andrew D Missert is an accomplished inventor based in Rochester, MN (US). He has made significant contributions to the field of medical imaging, particularly through his innovative patent that enhances the synthesis and conversion of image data.

Latest Patents

Andrew D Missert holds a patent for "Systems and methods for multi-kernel synthesis and kernel conversion in medical imaging." This patent provides systems and methods for synthesizing information from multiple image series of different kernels into a single image series. It also facilitates the conversion of a single baseline image series, reconstructed by a CT scanner, to image series of various other kernels using deep-learning based methods. The technology allows for the synthesis of a single set of images with high spatial resolution and low image noise from multiple image series. This synthesized kernel is versatile enough for a wide range of clinical tasks, even in situations that would typically require numerous separate image sets. Additionally, the kernel conversion feature can generate images with arbitrary reconstruction kernels from a single baseline kernel, thereby reducing the burden on CT scanners and simplifying clinical workflows.

Career Highlights

Andrew D Missert is associated with the Mayo Foundation for Medical Education and Research, where he continues to advance the field of medical imaging through his innovative work. His contributions have the potential to significantly improve clinical practices and patient outcomes.

Collaborations

Andrew has collaborated with notable colleagues, including Lifeng Yu and Shuai Leng, who share his commitment to advancing medical imaging technologies.

Conclusion

Andrew D Missert's innovative work in medical imaging exemplifies the impact of technology on healthcare. His patent for multi-kernel synthesis and kernel conversion is a testament to his dedication to improving clinical workflows and patient care.