Molly Anne Berringer

Title: Innovations by Molly Anne Berringer in Surgical Heart Valves

Introduction

Molly Anne Berringer is an accomplished inventor based in Brooklyn Center, MN (US). She has made significant contributions to the field of medical devices, particularly in the development of prosthetic heart valves. Her innovative work has the potential to enhance surgical procedures and improve patient outcomes.

Latest Patents

Molly holds a patent for "Radiopaque elements for surgical heart valves." This invention includes a prosthetic heart valve featuring a stent structure that forms a plurality of commissure posts. The valve structure is supported by the stent structure, with a base that supports the stent. Notably, at least one radiopaque element is positioned around the base, which can include a band extending around it. In some embodiments, this band is coiled and may feature a badge with an indicator that specifies properties of the valve, viewable under fluoroscopy. The radiopaque elements enhance the ease and accuracy of positioning a percutaneously delivered replacement valve within a previously implanted valve.

Career Highlights

Molly is currently employed at Medtronic, Inc., a leading company in the medical technology sector. Her work at Medtronic has allowed her to focus on innovative solutions that address critical challenges in cardiac surgery. With her expertise, she has contributed to advancements that improve the safety and effectiveness of heart valve replacements.

Collaborations

Molly has collaborated with notable colleagues, including James L Rumpca and Matthew W Weston. These partnerships have fostered a collaborative environment that encourages the exchange of ideas and expertise, further driving innovation in the field.

Conclusion

Molly Anne Berringer's contributions to the development of surgical heart valves exemplify her commitment to innovation in medical technology. Her patent for radiopaque elements significantly enhances the precision of heart valve placement, showcasing her impact on improving patient care.