Company Filing History:
Years Active: 1994-1997
Title: Innovations by Donald Wiesler in the Detection of Primary Amines
Introduction
Donald Wiesler, an accomplished inventor based in Bloomington, Indiana, has made significant contributions to the field of chemical detection. With a total of three patents to his name, Wiesler's innovations primarily focus on advancements in reagents used for the identification of primary amines. His work demonstrates a commitment to enhancing analytical techniques that may have broad applications in various scientific and industrial sectors.
Latest Patents
Wiesler's latest patents include the invention of "Reagents for the Detection of Primary Amines" and "Quinoline-2-(Carboxaldehyde) Reagents for Detection of Primary Amines." Both patents are directed towards derivatives of aroyl-2-quinoline-carboxaldehyde, which are employed in the detection and quantification of minute amounts of primary amines. These innovations highlight both the specificity and sensitivity needed in chemical analysis.
Career Highlights
Throughout his career, Donald Wiesler has been associated with notable organizations such as Research Corporation Technologies, Inc. and Indiana University Foundation. His roles at these institutions allowed him to blend practical research with industry needs, fostering an environment of innovative thinking and problem-solving.
Collaborations
Wiesler's work has been enriched through collaboration with esteemed colleagues, including Milos V Novotny and Jinping Liu. These partnerships often lead to shared insights and advancements in their respective fields, emphasizing the importance of teamwork in the research and development of patented technologies.
Conclusion
Donald Wiesler's contributions to the detection of primary amines represent a valuable segment of innovation within the scientific community. With a dedicated focus on creating effective and efficient reagents, Wiesler continues to impact the field and inspire future inventions that address complex challenges in chemical analysis. His work not only benefits laboratories but also paves the way for advancements in various applications that rely on accurate detection methodologies.