Lawrence Spritzer

Title: The Innovative Contributions of Lawrence Spritzer

Introduction

Lawrence Spritzer is a notable inventor based in Flower Mound, TX (US). He has made significant contributions to the field of measurement technology, particularly in the area of electrolytes. His work has led to the development of innovative apparatuses that enhance the accuracy and efficiency of electrolyte concentration measurements.

Latest Patents

Spritzer holds a patent for an "Apparatus for measuring electrolytes utilizing optical signals." This invention focuses on measuring electrolyte concentrations in fluid samples. The apparatus features an ion-selective electrode with multiple detection sites, each designed to interact with specific electrolytes. It generates a potential that correlates with the concentration of the electrolyte in the sample. The invention includes a voltage to optical transducer circuit that converts voltage differentials into optical signals. These signals can be represented in various forms, including intensity, digital codes, or optical absorption values, making them suitable for conventional optical detection methods.

Career Highlights

Lawrence Spritzer is associated with Abbott Laboratories Corporation, a leading company in the healthcare sector. His work at Abbott has allowed him to contribute to advancements in medical technology and diagnostics. With a focus on precision and innovation, Spritzer has played a vital role in developing tools that improve patient care.

Collaborations

Some of his notable coworkers include John G Pumphery and Benton A Durley, III. Their collaborative efforts have further enhanced the research and development initiatives at Abbott Laboratories Corporation.

Conclusion

Lawrence Spritzer's contributions to the field of electrolyte measurement technology exemplify the impact of innovative thinking in healthcare. His patent and work at Abbott Laboratories Corporation highlight the importance of precision in medical diagnostics. Through his inventions, Spritzer continues to influence the future of measurement technology.