Company Filing History:
Years Active: 2009-2013
Title: Jason Aaron Berberich: Innovator in Air Quality and Seafood Safety
Introduction
Jason Aaron Berberich is a notable inventor based in Pittsburgh, PA, with a focus on innovations that enhance safety and quality in various environments. He holds three patents that reflect his commitment to addressing critical issues in air quality and food safety.
Latest Patents
One of Berberich's latest patents is a method for analyzing air. This invention involves a device that continuously detects, classifies, and identifies toxic particles, aerosols, and vapors in an air sample in near real-time. The method directs an air sample containing optional target analytes to a collection matrix, facilitating a biocatalytic reaction that produces optical signals for interpretation. This innovation enables effective monitoring of air quality and the identification of hazardous substances.
Another significant patent is the seafood spoilage indicator. This enzyme-based nondestructive sensor qualitatively detects spoilage in seafood without altering its physical composition. The sensor utilizes a sampling matrix and multiple enzymes that interact with specific target chemicals found on seafood surfaces. The resulting color change in the sampling matrix provides a visual indication of the seafood's quality and remaining shelf life.
Career Highlights
Berberich is currently associated with Agentase, LLC, where he applies his expertise in developing innovative solutions for air quality and food safety. His work has contributed to advancements in the detection of harmful substances and the preservation of food quality.
Collaborations
He collaborates with talented individuals such as Keith E. LeJeune and Anna M. Leech, who share his vision for creating impactful inventions.
Conclusion
Jason Aaron Berberich exemplifies the spirit of innovation through his patents that address significant challenges in air quality and seafood safety. His contributions are vital in promoting health and safety in everyday environments.