Company Filing History:
Years Active: 2018
Title: The Innovations of Katja Brunstedt: Pioneering MHC Multimer Technologies
Introduction: Katja Brunstedt, an accomplished inventor based in Lyngby, Denmark, has made significant contributions to the field of immunology through her innovative work on MHC multimers. With one patent to her name, her invention focuses on methods for generating and utilizing soluble negative control MHC multimers.
Latest Patents: Katja Brunstedt's patent, titled "MHC multimers, methods for their generation, labeling and use," presents a unique solution in the context of cellular immunology. The invention comprises a soluble negative control MHC multimer that efficiently binds to the MHC protein using a specially designed nonsense peptide. This peptide is crafted to bind to the MHC allele in question while ensuring it does not support binding to the desired T Cell Receptor. The patent outlines the necessary characteristics of the nonsense peptide, including the appropriate length, anchor amino acids, and a distinct amino acid sequence that diverges from naturally occurring peptides.
Career Highlights: Katja works at Dako Denmark A/S, a prominent company specializing in diagnostic pathology solutions. Her academic background and professional expertise in immunology have positioned her as a vital contributor to advancements in this area.
Collaborations: She collaborates with esteemed colleagues Liselotte Brix and Henrik Pedersen, working together to further the research and development initiatives within their organization. Their collective efforts enhance the potential applications of her groundbreaking patent, bridging the gap between scientific discovery and practical application.
Conclusion: Katja Brunstedt stands out as a remarkable inventor in the realm of immunological innovations. Her patent on MHC multimers not only showcases her expertise but also illustrates the importance of collaborative efforts in driving scientific advancement. As she continues her work at Dako Denmark A/S, the implications of her innovations may pave the way for future discoveries in the field of immunology.