Nina Foh

Title: Innovator Nina Foh: Pioneering Methods for Cardiovascular Improvements

Introduction

Nina Foh, an accomplished inventor based in Fuerth, Germany, has made significant contributions to the field of biomedical engineering. With two patents to her name, Nina focuses on developing innovative methods for enhancing heart valve prosthetics and other vascular implants, showcasing her commitment to improving patient outcomes.

Latest Patents

Nina Foh’s latest patents reflect her expertise in the preparation and utilization of biological tissues. The first patent, titled “Method for reducing paravalvular leaks with decellularized tissue,” outlines a comprehensive approach to preparing pericardial tissue specifically for heart valve prostheses. This method involves decellularization, cross-linking with glutaraldehyde, and stabilizing the shape and structure of the tissue using glycerol and polyethylene glycol before drying.

The second patent, “Method for the preparation of biological tissue for dry use in an implant,” details an innovative procedure for preparing biological tissue as a component of an implant. This method employs a detergent containing surfactin and deoxycholic acid (DCA) to decellularize the tissue, thereby improving its suitability for vascular applications, particularly when implanted via catheter.

Career Highlights

Nina Foh is currently employed at Biotronik AG, a leading company in cardiovascular and endovascular solutions. Her role at Biotronik allows her to leverage her patent work directly in clinical applications, emphasizing her ability to bridge the gap between invention and real-world medical use.

Collaborations

Throughout her career, Nina has collaborated with esteemed colleagues Alexander Rzany and Wilhelm Erdbruegger. Together, they work within an innovative environment at Biotronik, fostering a culture of creativity and excellence that drives their advancements in cardiovascular technology.

Conclusion

Nina Foh is a remarkable inventor whose contributions are paving the way for significant advancements in heart valve prostheses and vascular implants. With her innovative patents and collaborative spirit, she continues to inspire others in the field of biomedical engineering, proving that dedication to innovation can lead to transformative healthcare solutions.