Sandra A Briggs

Title: The Innovative Journey of Sandra A. Briggs in Medical Imaging

Introduction

Sandra A. Briggs is a prominent inventor located in Hayward, California. With a keen interest in enhancing medical imaging technologies, she has made significant contributions through her innovative work. Notably, she holds one patent that showcases her expertise in the field of ultrasound imaging.

Latest Patents

Sandra A. Briggs is credited with a patent titled "Method and Apparatus for Displaying Angiographic Data in a Topographic." This invention presents an advanced method and apparatus designed to enhance the visualization of blood flow in scanned areas. The technology involves an Angio scanner that captures Ultrasound Angio data, representing blood flow in a specific tissue region. To improve the detection of relatively small blood flows, her method calculates spatial derivative values from the Angio data. By summing a fraction of the original Angio data with spatial derivative values and a bias, composite values are generated. The final displayed image utilizes colors or grayscale shades based on these values, resulting in a three-dimensional depiction of blood vessels that enhances edge visibility.

Career Highlights

Sandra has worked for Diasonics Ultrasound, Inc., a company known for its innovative contributions to ultrasound technology. Her role there has allowed her to push the boundaries of medical imaging, making substantial advancements that benefit both medical professionals and patients. Her patent serves as a testament to her dedication and ingenuity in the field.

Collaborations

Throughout her career, Sandra has collaborated with talented professionals, including coworkers Ray S. Spratt and Steven F. Forestieri. These partnerships reflect a team-oriented approach and a collective drive to innovate within the medical imaging sector.

Conclusion

Sandra A. Briggs stands out as a pioneering inventor whose contributions to medical imaging are invaluable. Her innovative patent not only addresses challenges in detecting blood flow but also enhances the overall functionality of ultrasound technology. As she continues her work at Diasonics Ultrasound, her influence in the field is sure to grow, paving the way for future advancements in medical diagnostics.