Kenneth R Foster

Title: Innovations by Kenneth R. Foster in Cardiac Tissue Examination

Introduction

Kenneth R. Foster, an accomplished inventor based in Haverford, Pennsylvania, has made significant contributions to the field of cardiac health through his innovative work. With a total of seven patents to his name, Kenneth has focused on developing systems and methods that enhance the examination of electrical characteristics in cardiac tissues. His pioneering efforts have the potential to transform how heart-related conditions are diagnosed and treated.

Latest Patents

Among his latest innovations is a sophisticated system for examining the electrical characteristics of cardiac tissue. This system utilizes three or more spaced-apart electrodes, with at least two of them positioned within the heart, directly in contact with endocardial tissue. Through this system, electrical current is transmitted across regions of heart tissue situated between selected pairs of electrodes. The techniques allow for the derivation of electrical characteristics based on tissue impedances, enabling the use of multiple endocardial electrodes to obtain various measurements of cardiac tissue. Notably, multiplexing facilitates efficient data processing, and the system can identify regions of low relative electrical characteristics, which are indicative of infarcted tissue, all without requiring invasive surgical procedures.

Career Highlights

Kenneth R. Foster has had a noteworthy career, marked by his association with several progressive companies. He has worked for Ep Technologies, Inc. and the Philadelphia Heart Institute, where he leveraged his expertise to propel advancements in cardiac research and product development.

Collaborations

Throughout his professional journey, Kenneth has collaborated with distinguished colleagues such as David S. Schwartzman and Mark S. Mirotznik. This collaborative approach has enabled a rich exchange of ideas and has contributed to his successful patent portfolio.

Conclusion

Kenneth R. Foster's innovative contributions, especially in the monitoring and assessment of electrical characteristics in cardiac tissue, illustrate the powerful intersection of technology and medicine. His patents are not just achievements; they reflect his commitment to advancing cardiac healthcare while paving the way for future innovations. His work continues to inspire ongoing research in the field, promising improved diagnostic methods that could ultimately enhance patient outcomes.