Company Filing History:
Years Active: 2020-2025
Title: Debra Sue Bryan: Innovator in Analytical Instrumentation
Introduction
Debra Sue Bryan is a prominent inventor based in San Diego, California. She has made significant contributions to the field of analytical instrumentation, holding a total of six patents. Her innovative work focuses on enhancing the efficiency and effectiveness of reagent mixing systems.
Latest Patents
Among her latest patents is the "Reagent Nozzle Sipper Mixing System and Method." This invention describes an analysis instrument that performs analytical operations on an analyte combined with multiple reagents before introduction into a flow cell. The instrument features a nozzle sipper that aspirates reagents from a recipient along with the analyte. The design allows for the reagents to be directed to a specific volume, which can be cycled in and out by a pump. This process promotes vorticity in the recipient, enhancing the mixing of the reagents and analyte in an automated or semi-automated manner. Another notable patent is the "Reagent Mixing System and Methods," which outlines a method for aspirating reagents from various reservoirs into a cache channel under the control of circuitry. This method ensures that designated amounts of reagents are automatically aspirated and mixed to form a reagent mixture.
Career Highlights
Debra Sue Bryan is currently employed at Illumina Corporation, where she continues to develop innovative solutions in the field of analytical instrumentation. Her work has significantly impacted the efficiency of laboratory processes, making her a valuable asset to her company.
Collaborations
Throughout her career, Debra has collaborated with notable colleagues, including Bradley Kent Drews and Michael Dai Wang. These collaborations have further enhanced her contributions to the field.
Conclusion
Debra Sue Bryan's innovative work in analytical instrumentation has led to significant advancements in reagent mixing systems. Her patents reflect her commitment to improving laboratory efficiency and effectiveness.