Company Filing History:
Years Active: 2004
Title: Jerome E. Oleksy: Innovating Microplate Analysis
Introduction
Jerome E. Oleksy, based in Park Ridge, IL, is an accomplished inventor known for his significant contributions to laboratory instrumentation. With a focus on enhancing the capabilities of microplate analysis, Oleksy has developed a unique patented solution that addresses critical needs in the field of scientific research.
Latest Patents
Oleksy holds one patent for his invention of the Universal Microplate Analyzer. This innovative device is designed to perform measurements on samples contained in the wells of microplates through various methods such as fluorescence, absorbance, and luminescence. The analyzer utilizes at least two light sources and optical fiber channels to effectively direct excitation light to the sample wells. Additionally, the system incorporates arrays of mirrors, apertures, and polarizers, which can be adjusted to facilitate different types of analyses, thereby providing significant flexibility in experimental setups.
Career Highlights
Jerome E. Oleksy has made his mark in the industry while working at Packard Instrument Company, Inc., where he continues to play a vital role in advancing laboratory technology. His innovative spirit and technical expertise have led to breakthroughs that enhance researchers' ability to conduct comprehensive analyses of samples.
Collaborations
Throughout his career, Oleksy has collaborated with numerous skilled professionals, including David Dickson Booker and Robert E. Fischer. These partnerships have fostered a creative environment that has contributed to the successful development of effective laboratory instruments.
Conclusion
Jerome E. Oleksy's dedication to innovation in the field of microplate analysis exemplifies the impact that a single inventor can have on scientific research. His patented Universal Microplate Analyzer represents a significant advancement in laboratory instrumentation, helping scientists achieve precise measurements and improve their experimental workflows.