Company Filing History:
Years Active: 2015
Title: The Innovative Contributions of Melissa Tuchscherer in Testing Carbamates
Introduction
Melissa Tuchscherer is a prominent inventor based in Kansas City, MO, whose work has contributed significantly to the field of material testing. With a unique focus on amine-cured epoxy materials, Melissa has developed innovative methods that enhance the safety and effectiveness of these materials.
Latest Patents
Melissa holds a patent for a method and kit designed to test carbamates in amine-cured epoxy materials. This invention provides an efficient way to detect the presence of carbamates, which can be harmful. The testing method utilizes an enzyme that is inhibited by carbamates, allowing for accurate assessments. The kit includes key components such as acetylthiocholine (ATC), dithio-bis (2-nitrobenzoic acid) (DTNB), and acetyl-cholinesterase (ACh-E). The process involves collecting carbamates from the epoxy, mixing them with a solution, and measuring the resulting color intensity, which indicates the level of carbamates present.
Career Highlights
Melissa is currently employed at Abraxis, Inc., a company that specializes in providing innovative solutions for chemical testing and analysis. Through her work at Abraxis, Melissa has actively contributed to enhancing the performance and reliability of epoxy materials.
Collaborations
In her journey of innovation, Melissa has collaborated with talented colleagues including Perry Kilpatrick and Richard Slawecki. Their combined efforts have played a vital role in refining the testing methods and ensuring the accuracy and reliability of the kits developed.
Conclusion
Melissa Tuchscherer's contributions to the field of material testing and her innovative patents are testaments to her skill and dedication as an inventor. Her work continues to impact the industry positively, making strides in safety and effectiveness in the use of amine-cured epoxy materials. As the landscape of innovations evolves, Melissa remains a key figure to watch for future developments.