Natalie N Hyland

Title: Innovations in Breast Stabilization by Natalie N. Hyland

Introduction

Natalie N. Hyland is an accomplished inventor based in Redwood City, CA (US). She has made significant contributions to the field of medical devices, particularly in breast stabilization technology. With a total of 3 patents to her name, her work focuses on improving imaging and interventional methods for breast procedures.

Latest Patents

Hyland's latest patents include innovative breast stabilization devices designed to enhance imaging and invasive medical procedures. One of her notable inventions is a breast stabilization device that features a shell configured to surround the superior portion of a breast when it rests on a flat surface. This device includes a first opening that allows a portion of the nipple-areolar complex to protrude, along with flanges that secure the shell to the flat surface and the patient's chest wall. The device is designed to draw the breast toward the inner member using a suction port, facilitating imaging and interventional procedures without compressing the breast.

Another patent focuses on a breast stabilization device that stabilizes the breast in an uncompressed state, allowing for interventional and imaging procedures. This device features an opening centered on the nipple/areolar complex, providing access for instruments while maintaining the breast's natural shape. The method of imaging involves placing a breast-shaped member on the breast and directing ultrasonic energy through imaging ports.

Career Highlights

Hyland is currently associated with Rubicor Medical, Inc., where she continues to develop innovative solutions in medical technology. Her work has garnered attention for its potential to improve patient outcomes in breast imaging and intervention.

Collaborations

Some of her notable coworkers include Roberta Lee and James William Vetter, who contribute to the collaborative efforts at Rubicor Medical, Inc.

Conclusion

Natalie N. Hyland's contributions to breast stabilization technology represent a significant advancement in medical devices. Her innovative patents are paving the way for improved imaging and interventional procedures, ultimately enhancing patient care.