Location History:
- Arlington, MA (US) (2002)
- Medford, MA (US) (2004 - 2008)
Company Filing History:
Years Active: 2002-2008
Title: Inventor Guang-Yi Xu: Innovating in TNF Signaling Pathways
Introduction
Guang-Yi Xu is a prominent inventor based in Medford, MA, recognized for his groundbreaking contributions to the understanding of TNF signaling pathways. He holds four patents that reflect his innovative approach to cellular signaling, which has far-reaching implications for therapeutic developments.
Latest Patents
Xu’s recent patents include the invention titled "N-TRADD active site and uses thereof." This patent details the three-dimensional solution structure of the N-terminal domain of TNFR-1 associated death domain protein (N-TRADD) and identifies a C-TRAF2 binding active site of N-TRADD. This invention offers methods for designing and selecting potent and selective inhibitors of TNF signaling pathways.
Another significant patent is "Solution structure of RIP DD and uses thereof," which describes the three-dimensional solution structure of receptor interacting protein dead domain (RIP DD) along with various binding active sites. This invention similarly provides methods for creating inhibitors targeting TNF signaling pathways.
Career Highlights
Throughout his career, Guang-Yi Xu has worked with reputable companies in the biotechnology and pharmaceutical industries, including Genetics Institute, Inc. and Wyeth. His work not only showcases his technical expertise but also contributes significantly to advancements in molecular biology and therapeutic strategies.
Collaborations
Xu has collaborated with notable colleagues such as William Stuart Somers and Mark L Stahl, enhancing his research environment and fostering innovation through shared expertise and insights.
Conclusion
Guang-Yi Xu’s contributions to patentable technologies in the realm of TNF signaling pathways underscore his role as a vital inventor in the biotechnology field. His patents represent significant advancements that can inform future research and drug development, benefiting both the scientific community and society at large.