Stephen Wayne Clark

Title: Innovator Stephen Wayne Clark: Pioneering Reagent Mixing Technologies in San Diego

Introduction

Stephen Wayne Clark, an accomplished inventor based in San Diego, CA, holds an impressive portfolio of six patents. His innovative contributions focus primarily on reagent mixing systems and methods, showcasing his expertise in enhancing laboratory analysis technologies.

Latest Patents

Clark's recent patents include a sophisticated "Reagent Mixing System and Methods," which describes a method involving control circuitry that aspirates reagents from various reservoirs into a cache channel under a designated mixing protocol. This method not only allows for automatic aspiration but also facilitates the mixing of reagents within a reservoir to create a reagent mixture. Another significant invention is the "Reagent Channel Mixing System and Method," which details a system that performs operations on analytes combined with multiple reagents before introduction into a flow cell. This system utilizes a serpentine channel in a valve manifold for optimal reagent mixing through cycling a pump.

Career Highlights

Stephen Wayne Clark is currently associated with Illumina Corporation, where he plays a crucial role in advancing the field of genetic analysis. His patents are instrumental in streamlining processes in laboratories, ultimately contributing to more efficient and accurate research methodologies.

Collaborations

Throughout his career, Clark has collaborated with colleagues such as Bradley Kent Drews and Michael Dai Wang. Their combined efforts in research and development have propelled advancements in reagent handling and mixing technologies, marking significant strides in laboratory efficiency.

Conclusion

Stephen Wayne Clark exemplifies the spirit of innovation within the scientific community. His patents not only reflect his creativity and technical skill but also contribute to the foundational advancements in laboratory technologies. As he continues his work at Illumina Corporation, his influence in the field will undoubtedly pave the way for future innovations in reagent mixing systems and beyond.