Company Filing History:
Years Active: 1995-1999
Title: **The Innovative Contributions of Diana M. Maul**
Introduction
Diana M. Maul, located in Thornton, Colorado, is an inventive force with a portfolio of eight patents. As a dedicated innovator in her field, she has made significant contributions to the realm of assay technology, particularly in the detection of various biological analytes.
Latest Patents
Maul's recent patents highlight her expertise in developing methods and kits for amplifying thin film-based assays. One of her latest inventions presents a method for detecting an analyte of interest. This involves using a detection device constructed from a light reflective or transmissive substrate that contains a layer that specifically interacts with the analyte. The process includes reacting the device with a sample that may contain the analyte and subsequently applying a reagent that induces a mass change on the surface.
Additionally, she has developed methods for the detection of gram-negative bacteria. This method entails determining chlamydial or gram-negative bacterial antigens by exposing a sample to an optically active surface comprised of an attachment layer and a layer of non-specific protein.
Career Highlights
Diana currently works at Biostar, Inc., where her innovative ideas come to life through research and development. Her role at the company allows her to engage deeply with assay technologies, contributing to the advancements in detection methodologies.
Collaborations
Throughout her career, Diana has collaborated with notable coworkers including Gregory R. Bogart and Garret R. Moddel. These partnerships have fostered creative solutions and have been instrumental in her success, enriching her work environment with a wealth of knowledge and diverse expertise.
Conclusion
Diana M. Maul exemplifies the spirit of innovation in the field of biological assay technology. Her contributions through her patents and proactive collaboration with her peers underscore her impact in the industry. As she continues to advance her research at Biostar, Inc., her work will undoubtedly pave the way for future developments in detecting and analyzing biological substances.