Company Filing History:
Years Active: 2016
Title: Innovations in Joint Stability Measurement by Jeff Lotz
Introduction
Jeff Lotz is an accomplished inventor based in San Mateo, CA (US). He has made significant contributions to the field of orthopedics through his innovative patent that addresses the need for a reliable measurement device to evaluate joint stability. His work is particularly relevant for orthopedic practitioners seeking to quantify knee stability objectively.
Latest Patents
Jeff Lotz holds a patent for a device titled "Mechanical pivot shift measurement to evaluate joints." This invention provides a clinically-relevant measurement technique that allows for the objective quantification of joint stability, particularly in the knee. The apparatus and method disclosed in the patent enable the performance of a mechanical joint movement test, such as a knee pivot shift test, through the application of standardized dynamic loads. This test is crucial for evaluating knee stability, especially in ACL-deficient knees, as it reliably induces the characteristic 'pivot' tibial subluxation/reduction event. The insights gained from this test can enhance the understanding of joint biomechanics and improve diagnostic capabilities for common joint injuries.
Career Highlights
Jeff Lotz is affiliated with the University of California, where he continues to advance research in orthopedic measurement techniques. His innovative approach has garnered attention in the medical community, highlighting the importance of objective measurements in clinical settings.
Collaborations
Jeff has collaborated with notable colleagues, including Mark Sena and Brian Feeley, who share his commitment to improving orthopedic practices through innovation.
Conclusion
Jeff Lotz's contributions to the field of orthopedics through his patent on mechanical pivot shift measurement represent a significant advancement in the evaluation of joint stability. His work not only addresses an unmet need in the medical community but also paves the way for improved diagnostic techniques in orthopedic practice.