Company Filing History:
Years Active: 2003-2014
Title: Sigrun Herrmann: Innovator in Cell Measurement Technologies
Introduction
Sigrun Herrmann is a prominent inventor based in Waldheim, Germany, known for her groundbreaking work in the field of on-line measurements of cells. With a total of two patents to her name, her inventions focus on improving the monitoring and investigation of metabolism in living cells.
Latest Patents
One of Sigrun Herrmann's latest patents is titled "Arrangement for On-line Measurements on Cells." This innovative measurement device is designed for the real-time assessment of soluble analytes and dissolved gases in samples. The invention addresses significant limitations present in prior technologies by integrating biocompatible membranes within microfluidic systems. The arrangement features a substrate, at least one electrochemical sensor, a sample analysis space, and the capability of being filled with a transfer medium for effective fluidic integration. These developments provide researchers with enhanced tools for analyzing cellular metabolism.
Another noteworthy patent is the "Reference Electrode for Electrochemical Measurements." This invention includes a metallic palladium-containing electrode covered by a layer formed from a poorly soluble palladium compound, alongside a reference electrolyte that contains anions of this compound in dissolved form. This innovation paves the way for more accurate electrochemical measurements, essential for scientific research and practical applications.
Career Highlights
Sigrun Herrmann has made significant contributions to her field, particularly through her roles at esteemed organizations like Micronas GmbH and Biocer Entwicklungs GmbH. Her work in these companies has not only advanced her expertise but has also allowed her to develop pivotal technologies that benefit various scientific applications.
Collaborations
Throughout her career, Sigrun has collaborated with notable professionals, including Heiner Kaden and Wolfram Oelssner. These partnerships have played a crucial role in fostering innovation and driving forward the research and development of new technologies in the field of cell measurement.
Conclusion
Sigrun Herrmann exemplifies the impact that inventive minds can have on scientific research and technological advancement. Her pioneering patents demonstrate a commitment to improving methodologies in cellular measurements, with potential applications across numerous fields, including medicine and biotechnology. As her work continues to influence future innovations, Herrmann stands as a remarkable figure in the landscape of modern inventors.