Nathaniel Brenner

Title: Nathaniel Brenner: Innovator in Capillary Electrophoresis

Introduction

Nathaniel Brenner is a notable inventor based in Irvine, CA. He has made significant contributions to the field of capillary electrophoresis, holding 2 patents that enhance the efficiency and effectiveness of this analytical technique.

Latest Patents

Brenner's latest patents include innovative methods for improving sample concentration and separation in capillary electrophoresis. One of his patents focuses on the "On-column preconcentration of samples in capillary electrophoresis." This invention features an electrophoresis column equipped with on-column means that concentrate analytes of interest before electrophoresis. The design allows a sample to flow past the concentrating means, which immobilizes the analytes, thereby enhancing their concentration. Following this process, the analytes are released for electrophoresis.

Another significant patent is the "Separation of zone formation from electroosmotic impulse in tubular." This invention separates capillary zone electrophoresis systems into two distinct zones. One zone is primarily for generating electroosmotic flow, while the other is dominated by electrophoretic effects. By selecting appropriate capillary materials for each region, Brenner's invention minimizes the adsorption of charged solutes by the capillary wall, leading to improved detection of solute zones.

Career Highlights

Nathaniel Brenner is associated with Beckman Instruments, Inc., where he applies his expertise in electrophoresis. His work has contributed to advancements in analytical chemistry and has implications for various scientific applications.

Collaborations

Brenner has collaborated with notable colleagues, including Richard H Palmieri and James C Osborne, Jr. These partnerships have fostered innovation and development in their respective fields.

Conclusion

Nathaniel Brenner's contributions to capillary electrophoresis through his patents demonstrate his commitment to advancing scientific techniques. His work continues to influence the field and enhance analytical capabilities.