Company Filing History:
Years Active: 1984
Title: **Elaine Strope: Innovator in Non-Invasive Blood Flow Detection**
Introduction
Elaine Strope, an inventive mind from East Northport, NY, has made significant strides in the medical technology field with her innovative approach to non-invasive blood flow detection. With a keen understanding of electrical methods and their applications, she has pioneered a method that provides critical insights into blood flow abnormalities.
Latest Patents
Elaine holds a patent for an **Electrical method and apparatus for non-invasively detecting abnormal blood velocities**. This invention introduces a method and apparatus for obtaining flow information of conductive fluids by detecting streaming potential and analyzing the resultant signal. Specifically, the apparatus comprises a flexible sensor equipped with two fixedly spaced electrodes and a common mode signal electrode. Each sensor electrode connects to a differential amplifier's input, while the common electrode links to the common input, ultimately outputting a signal for further analysis. This method proves useful in identifying blood flow abnormalities, allowing for examinations using a flexible sensor placed on the skin over an artery, such as the dorsalis pedis artery.
Career Highlights
Throughout her career, Elaine has contributed to groundbreaking advancements at Bioresearch, Inc., where she has utilized her expertise to develop cutting-edge medical technologies. Her innovative approach not only broadens the understanding of blood flow dynamics but also enhances non-invasive diagnostic procedures.
Collaborations
Elaine has collaborated with esteemed colleagues James C. Conti and Eugene Findl, working together to refine and advance her inventions. These collaborations have played a pivotal role in the development of her patented technology, strengthening its application in medical diagnostics.
Conclusion
Elaine Strope exemplifies the spirit of innovation in medical technology. Her dedication to advancing non-invasive detection methods for blood flow abnormalities underscores the importance of research and development in healthcare. As she continues to work at Bioresearch, Inc., her contributions reflect the potential for inventions to transform patient care through improved diagnostic tools.