Tani Tatum

Title: Innovator Tani Tatum: Shaping the Future of Medical Engineering

Introduction

Tani Tatum, an accomplished inventor based in Bishop, California, is making significant strides in the field of medical engineering. With three patents to her name, Tani's work focuses on enhancing extracorporeal pumping systems, demonstrating her commitment to advancing technologies that impact healthcare.

Latest Patents

Tani's latest innovations include groundbreaking patents for extracorporeal pumping methods and a physiologic pulsatile pump. The **extracorporeal pumping method** involves a sophisticated process utilizing a compressible-expandable bladder within a housing to regulate fluid dynamics efficiently. The method's design ensures that the outlet fluid is expelled under pulsatile pressure, catering to the needs of various medical applications.

Her **physiologic pulsatile pump** is designed to emulate physiological blood flow for cardiopulmonary bypass, ventricular assist devices (LVAD, RVAD, BiVAD), and organ preservation, among other uses. This system incorporates a hydraulic actuator that generates controlled pulsatile pressure, allowing for enhanced functionality in clinical settings. The pump system is further complemented by a motor and touchscreen controller, showcasing Tani's innovative approach to user interface design in medical technology.

Career Highlights

Throughout her career, Tani has worked for various prominent organizations, including the Medical Engineering Company, LLC. Her experience in these settings has equipped her with the expertise needed to develop cutting-edge technologies that address critical medical challenges.

Collaborations

Tani has collaborated with notable professionals in the field such as Stephen John Walker and Bob Wilson. These partnerships have fostered an environment of innovation and creativity, enabling her to push the boundaries of medical engineering.

Conclusion

Tani Tatum stands out as a pioneering inventor whose contributions are set to transform the landscape of medical technologies. Her patents reflect a deep understanding of fluid mechanics and physiological requirements, ultimately aiming to improve patient care outcomes. With her continued dedication to innovation, Tani is poised to make even greater impacts in the field of medical engineering in the years to come.