Frank Anderson Norris

Title: Frank Anderson Norris: Innovator in Nucleic Acid Binding Assays

Introduction

Frank Anderson Norris is a notable inventor based in Anderson, SC (US). He has made significant contributions to the field of nucleic acid binding assays, holding a total of 3 patents. His work focuses on developing small molecule fluorescent probes that target nucleic acids, including DNA and RNA.

Latest Patents

Norris's latest patents involve methods and compositions related to nucleic acid binding assays. These small molecule fluorescent probes are designed for established drug targets such as nucleic acids. The probes bind to various DNA and RNA structures, particularly at crucial sites for nucleic acid function, including the major grooves of DNA and RNA. When displaced by other binders, such as small molecule compounds or proteins, the probes exhibit a fluorescence change. This change can be detected and analyzed to provide binding information about these other compounds of interest. Additionally, the fluorescence changes upon binding of the probes to nucleic acids have been utilized to screen nucleic acids of different sequences and conformations. The nucleic acid probes and methods disclosed are particularly suitable for high-throughput screening of libraries of small molecule compounds, proteins, and nucleic acids.

Career Highlights

Frank Anderson Norris is currently associated with Nubad, LLC, where he continues to innovate in the field of nucleic acid research. His work has positioned him as a key figure in the development of advanced assays that enhance our understanding of nucleic acid interactions.

Collaborations

Norris has collaborated with notable coworkers, including Dev P Arya and Jason Derrick Watkins, contributing to the advancement of their shared research goals.

Conclusion

Frank Anderson Norris is a distinguished inventor whose work in nucleic acid binding assays has the potential to significantly impact drug discovery and molecular biology. His innovative approaches and collaborations continue to drive advancements in this critical area of research.