Carol A Kaufmann

Title: Carol A Kaufmann: Innovator in Biomedical Engineering

Introduction: Carol A Kaufmann is a prominent inventor based in Philadelphia, PA, recognized for her significant contributions to the field of biomedical engineering. With a total of two patents, Kaufmann’s work has had a profound impact on cell cultivation technologies and the development of advanced stent designs.

Latest Patents: Kaufmann’s latest innovations include a patented design for a supported lattice for cell cultivation, which features a support substrate comprised of resilient filamentary members braided together to create a coarse mesh with large interstices. This cell cultivation lattice, formed from flexible filamentary members, yields a fine mesh with small interstices, enabling the growth of cells in a two-dimensional array across the large interstices, thus facilitating the formation of a continuous surface of living tissue—ideal for graft applications. Her second patent details a method for attaching axial filaments to a self-expanding stent, which aims to enhance the radial self-expansion force of the stent body, improving its effectiveness in medical applications.

Career Highlights: Throughout her career, Kaufmann has been associated with several reputable organizations, including Bionx Implants, Inc., and Secant Medical, LLC. Her work at these companies has been pivotal in advancing technologies intended for medical use, particularly in developing innovative solutions for tissue regeneration and stent design.

Collaborations: During her tenure in the industry, Kaufmann has collaborated with notable colleagues, such as E Skott Greenhalgh and Claude O Clerc. These collaborations have allowed her to combine expertise with other skilled professionals, further driving innovation in her field.

Conclusion: Carol A Kaufmann stands out as a significant figure in the realm of biomedical engineering, contributing valuable inventions that help address critical medical challenges. Her patents reflect her dedication to improving medical technologies, ultimately benefiting patient care and advancing the capabilities of modern medicine.