Company Filing History:
Years Active: 2021-2025
Title: Michael Pugia: Innovator in Charged Mass Labeling Systems
Introduction: Michael Pugia, based in Elkhart, IN, is a prominent inventor with a focus on advancements in mass analysis technologies. He has been granted three patents, contributing significantly to the realms of charged mass labeling systems and mass tag analysis. His work stands at the intersection of chemistry and biotechnology, aiming to improve methods for detecting and analyzing biological samples.
Latest Patents: Pugia's recent innovations include the "Charged Mass Labeling System" and "Mass Tag Analysis for Rare Cells and Cell Free Molecules." The Charged Mass Labeling System focuses on creating compositions that detect target analytes in samples. This invention introduces a charged mass label composition that comprises an affinity reagent and a mass label precursor, enhancing the detection capabilities of specific molecules in complex mixtures.
The second patent on mass tag analysis provides an apparatus designed to interact with samples through electric fields, allowing for efficient detection and quantification of rare analytes, such as rare cells from biological samples. These inventions showcase his commitment to pushing the boundaries of analytical techniques.
Career Highlights: Michael Pugia is associated with the Purdue Research Foundation, an institution known for fostering innovation and research initiatives. His work emphasizes the importance of integrating scientific knowledge and technological applications to solve complex challenges within the analytical sciences.
Collaborations: Throughout his career, Pugia has collaborated with distinguished colleagues, including Robert Graham Cooks and Zane Baird. Their combined expertise has fostered a rich environment for technological advancements and innovative research.
Conclusion: Michael Pugia’s contributions to the field of mass analysis exemplify the spirit of innovation that drives scientific progress. With his groundbreaking patents and collaborative efforts, he plays a vital role in enhancing detection methods in biological research, paving the way for future discoveries. His work continues to impact the scientific community and demonstrates the transformative potential of inventive thinking.