Michael Suster

Title: Discovering the Innovations of Michael Suster in Dielectric Sensing

Introduction

Michael Suster, a prominent inventor based in Cleveland, OH, has made significant contributions to the field of dielectric sensing. With a total of eight patents to his name, Suster's work focuses on the characterization of properties in blood samples, particularly relating to hemostatic dysfunction. His innovative devices utilize advanced sensing techniques that could have meaningful impacts on medical diagnostics.

Latest Patents

Among his latest inventions, Suster developed two key patents that employ dielectric microsensors featuring microfluidic chambers. The first patent, titled "Dielectric Sensing to Characterize Properties of a Sample Under Test," outlines an apparatus that includes a capacitive sensing structure designed to analyze blood samples. The device utilizes a transmitter to send an input radio frequency (RF) signal, while a receiver captures the output RF signal. A computing device then computes dielectric permittivity values, reflecting how a bioactive agent interacts with the blood sample. This innovative technology allows for a detailed readout indicative of hemostatic dysfunction based on these dielectric measurements.

The second patent, "Dielectric Sensing to Characterize Hemostatic Dysfunction," offers similar functionalities. It enhances the understanding of blood sample interactions by providing a robust framework to evaluate the bioactive agents' effects over time. Both patents highlight Suster's commitment to leveraging dielectric sensing technology for critical healthcare applications.

Career Highlights

Suster's professional journey includes valuable experiences at esteemed organizations, notably Case Western Reserve University and the United States Government as represented by the Department of Veterans Affairs. His tenure at these institutions has helped propel his research and innovations forward, allowing for collaboration with some of the brightest minds in the field.

Collaborations

Through his career, Michael Suster has collaborated with talented colleagues like Pedram Mohseni and Umut Atakan Gurkan. These partnerships have enabled him to blend diverse expertise, leading to groundbreaking innovations in the medical technology landscape.

Conclusion

Michael Suster's contributions to dielectric sensing hold promise for enhancing diagnostic capabilities in hemostatic dysfunction. With a solid foundation of patents and collaborative efforts, Suster continues to push the boundaries of innovation, making vital strides toward improving medical diagnostics and patient care. As advancements in this field progress, his inventions may play a critical role in future therapeutic interventions.