Michael John Lopez

Title: **Michael John Lopez: Innovator in Medical Localization Technologies**

Introduction

Michael John Lopez is a prominent inventor based in Irvine, California, with a focus on cutting-edge medical technologies. With two patents to his name, he has made significant contributions in the field of lesion localization within the human body. His innovative work is a testament to his creativity and expertise as an inventor.

Latest Patents

Among Michael's notable patents are advancements in passive tags and systems designed to facilitate the localization of lesions, particularly within the breast. One such patent involves markers and microwave probes that employ energy converters, such as photodiodes, to transform energy pulses into electrical energy. The invention features a switch that opens and closes in response to light from a probe, effectively modulating signals that help identify the location of the marker. This technology also incorporates an electrostatic discharge (ESD) protection device to safeguard against discharge events, ensuring the reliability and safety of the medical application.

Career Highlights

Michael currently works with Cianna Medical, Inc., where he leverages his skills to enhance medical technologies. His innovative spirit has driven the development of solutions that improve patient care through precise localization of internal lesions, exemplifying his dedication to healthcare advancements.

Collaborations

Throughout his career, Michael has worked alongside talented individuals, including Nikolai F. Rulkov and John E. Greene. These collaborations have contributed to a wealth of knowledge and innovation, fostering an environment where groundbreaking ideas can flourish.

Conclusion

Michael John Lopez stands out as an exceptional inventor in the realm of medical technology. His two patents on lesion localization systems reflect his commitment to improving healthcare through innovation. With continued collaboration and a passion for invention, Michael is poised to further advance the field, making a lasting impact on medical practices.