Michael E Moseley

Title: Michael E Moseley: Innovator in Medical Imaging Technologies

Introduction

Michael E Moseley is a prominent inventor based in Redwood City, CA, known for his significant contributions to medical imaging technologies. With a total of 8 patents, he has developed innovative methods that enhance the capabilities of imaging systems, particularly in the field of positron emission tomography (PET).

Latest Patents

Moseley's latest patents include groundbreaking inventions such as "Feature space based MR guided PET reconstruction." This method involves acquiring PET data through a PET scanner, reconstructing a seed PET image, and building a feature space from the seed PET image and co-registered anatomical images. The process utilizes a penalized maximum-likelihood reconstruction technique that considers the differences between each voxel and its neighbors, regardless of their location in the image. Another notable patent is "Imaging methods for early detection of brain tumors following embryonic stem cell implants." This invention employs non-invasive imaging and minimally invasive sensing methods to assess the viability of implanted cells in the central nervous system and to detect potential tumor transformations.

Career Highlights

Throughout his career, Michael E Moseley has worked with esteemed institutions such as Leland Stanford Junior University and the University of Minnesota. His work has significantly advanced the field of medical imaging, particularly in the early detection of brain tumors and the reconstruction of PET images.

Collaborations

Moseley has collaborated with notable professionals in his field, including John Kucharczyk and Charles Loeb Truwit. These collaborations have further enriched his research and innovations in medical imaging technologies.

Conclusion

Michael E Moseley stands out as a key figure in the realm of medical imaging, with his innovative patents paving the way for advancements in the detection and treatment of neurological conditions. His contributions continue to impact the field significantly.