Glenn T Burke

Title: Innovations by Inventor Glenn T. Burke in Medical Imaging

Introduction

Glenn T. Burke, a notable inventor based in Cleveland Heights, Ohio, has made significant contributions to the field of medical imaging. With a total of two patents to his name, Burke is recognized for his innovative methods and systems designed to enhance the storage and display of medical images.

Latest Patents

Burke's latest patents include a "Non-DICOM Object Attachment Method and System" and a "Method and Apparatus for Displaying Non-Standard-Compliant Images."

The Non-DICOM Object Attachment Method provides a novel approach for storing medical images along with associated data on a portable computer-readable medium. This innovation enables a computer system to receive and store medical images alongside additional data, facilitating easy access for users.

In the second patent, the Method for Displaying Non-Standard-Compliant Images outlines a process for converting proprietary medical images into a standardized format. This allows for seamless transmission and display of the images without needing prior storage in dedicated enterprise storage solutions.

Career Highlights

Glenn T. Burke has honed his skills and expertise while working at Codonics, Inc., a company known for its advancements in medical imaging technology. His role has allowed him to focus on creating solutions that address the complexities associated with medical image storage and retrieval.

Collaborations

Throughout his career, Burke has collaborated with esteemed colleagues, including Gary Keefe and Lawrence Srnka. These partnerships have significantly contributed to the development of innovative technologies that improve patient care and streamline medical imaging processes.

Conclusion

Glenn T. Burke continues to exemplify the spirit of innovation in the realm of medical imaging. His contributions not only reflect his dedication as an inventor but also underscore the importance of advancements in medical technology that enhance the quality of care delivered to patients. As his work progresses, we can anticipate further developments that will continue to impact the medical imaging field positively.