Elisabeth Angelos

Title: Innovator Elisabeth Angelos: Pioneering Advances in Medical Imaging

Introduction

Elisabeth Angelos, an accomplished inventor based in Hartland, Wisconsin, has made significant contributions to the field of medical imaging. With a portfolio of eight patents, her innovative work focuses on enhancing imaging techniques that benefit both diagnostic accuracy and patient care.

Latest Patents

Among her recent patents, two stand out for their technological advancements. The first patent involves "Methods and systems to facilitate reducing banding artifacts in images," which addresses the challenges of generating computed tomographic (CT) images from data collected during various biological cycles. This invention utilizes a computer program to blend scan data from multiple cycles to create a final, cohesive image, ultimately improving the clarity and usability of the scans.

The second patent, titled "Bilateral imaging apparatus," presents a sophisticated assembly of RF coils designed for the simultaneous imaging of both breasts. This invention includes unique configurations allowing for optimized imaging and positioning, thereby enhancing the examination process for patients.

Career Highlights

Elisabeth has had a remarkable career, working with notable companies such as General Electric Company and GE Medical Systems Global Technology Company, LLC. Her roles within these organizations have allowed her to leverage her expertise in medical imaging to drive innovations that have far-reaching impacts on healthcare.

Collaborations

Throughout her career, Elisabeth has collaborated with esteemed colleagues, including Kevin Franklin King and Cynthia Faye Maier. These partnerships have fostered an environment of creativity and shared knowledge, contributing to the successful development of her patented technologies.

Conclusion

Elisabeth Angelos exemplifies the spirit of innovation in the medical imaging field. Her eight patents demonstrate her commitment to advancing technology that enhances diagnostic capabilities and healthcare outcomes. As her career continues to evolve, her contributions will undoubtedly inspire future developments in medical imaging and beyond.