Ann E Elsner

Title: Innovations in Vision Testing by Ann E. Elsner

Introduction

Ann E. Elsner is a prominent inventor based in Bloomington, Indiana, known for her significant contributions to the field of vision testing. With a total of seven patents to her name, she has developed innovative methods and devices aimed at improving the assessment of visual function. Her work addresses the limitations of current testing methods and seeks to enhance the understanding of visual capabilities.

Latest Patents

Among her latest patents, Ann has focused on methods, systems, and devices for vision testing. These innovations aim to improve the assessment of visual function and overcome the limitations of existing methods. Her patents include multiple eye tests that incorporate visual stimuli and optical measurement components. They also provide methods to combine results and identify sources of decreased vision, distinguishing between optical sources, such as the lens and cornea, and retinal sources. By identifying correctable optical sources of decreased vision and addressing physiological limitations, her work helps differentiate the visual benefits of treatments like cataract or corneal surgery from retinal pathologies that require medical intervention. The devices and methods she has developed offer metrics that include expected values of visual function and sources of variability, guiding treatment and enhancing clinical trials.

Career Highlights

Ann E. Elsner has had a distinguished career, working with notable institutions such as Indiana University and The Schepens Eye Research Institute, Inc. Her expertise in vision science has led to advancements that benefit both clinical practice and research.

Collaborations

Throughout her career, Ann has collaborated with esteemed colleagues, including Benno L. Petrig and Andreas Wilhelm Dreher. These partnerships have contributed to the development of her innovative vision testing methods.

Conclusion

Ann E. Elsner's work in vision testing represents a significant advancement in the field, with her patents providing valuable insights and tools for improving visual assessments. Her contributions continue to influence both clinical practices and research in vision science.