Terri Evelyn Ives

Title: Inventor Spotlight: Terri Evelyn Ives

Introduction

Terri Evelyn Ives is a notable inventor based in Littleton, Colorado, who has made significant contributions to the field of oculomotor diagnostics through her innovative patents. With a total of three patents to her name, her groundbreaking work revolves around the use of video oculography systems to analyze and diagnose various eye movement disorders.

Latest Patents

Terri's latest inventions focus on the method for objective diagnostics of internuclear opthalmoplegia, ocular lateral pulsion, progressive supernuclear palsy, and glissades eye movements. One of her key patents details a video oculography (VOG) system designed to calculate and display corrective secondary saccades analysis. This system is configured to capture eye images at over 60 Hz, enabling it to resolve eye movements smaller than 3 degrees of motion. The method also involves presenting fixation targets to the patient, thus prompting a voluntary saccadic eye response for accurate measurement of latency, amplitude, accuracy, and velocity of each corrective saccade.

Another significant patent by Terri encompasses a similar approach, emphasizing the use of VOG technology for the objective diagnosis of traumatic brain injury alongside the previously mentioned conditions. This method also entails collecting eye movement data to facilitate precise calculations related to corrective saccades.

Career Highlights

Terri Ives currently works at Neuro Kinetics, a company dedicated to advancing diagnostic technologies. Her expertise in developing eye-tracking systems has contributed to the enhancement of diagnostic capabilities in clinical settings.

Collaborations

During her career, Terri has collaborated with esteemed colleagues, including Alexander D. Kiderman and Yakov Eydelman. These partnerships reflect her commitment to advancing research and improving diagnostic methods within her specialized field.

Conclusion

Terri Evelyn Ives stands out as a pioneering inventor, driving innovations that transform the way eye movement disorders are diagnosed. Her unique approach to utilizing video oculography systems not only represents a significant advancement in medical technology but also highlights the importance of collaboration and dedication within the scientific community.