James B Easley

Title: The Innovative Contributions of James B Easley

Introduction

James B Easley is a notable inventor based in Orono, MN (US). He has made significant contributions to the field of medical technology, particularly in the area of spinal implants. His innovative work focuses on enhancing the functionality and effectiveness of intervertebral disc implants.

Latest Patents

James B Easley holds a patent for a "Motion preserving system and apparatus." This invention involves systems, apparatuses, and methods designed to preserve motion in an intervertebral disc. The modular disc implant segments are constructed from a relatively rigid material with compressive spring lobes that function similarly to an elastomer. These lobes are configured with a C-shaped outer wall and one or more spring arms, such as leaf springs, which facilitate the ability of the modular disc implant segment to compress. This design enables the entire intervertebral disc, constructed from multiple modular disc implant segments, to compress in response to the recipient's movement. The implant segments are specifically sized for insertion into a space defined by the annular fibrosus after the removal of the nucleus pulposus, with connections made between adjacent segments during the insertion process.

Career Highlights

James B Easley is associated with Greenwood Medical LLC, where he continues to develop innovative solutions in the medical field. His work has been instrumental in advancing spinal implant technology, contributing to improved patient outcomes.

Collaborations

Throughout his career, James has collaborated with notable professionals in the field, including Jeffrey C Felt and Mark A Rydell. These collaborations have further enhanced the development and implementation of his innovative ideas.

Conclusion

James B Easley's contributions to the field of spinal implants demonstrate his commitment to innovation and improving medical technology. His patent for a motion preserving system showcases his ability to address complex challenges in healthcare. His work continues to influence the development of effective solutions for spinal health.