Company Filing History:
Years Active: 1996-1998
Title: Innovations by Inventor Joseph E. Bateson
Introduction
Joseph E. Bateson, an accomplished inventor based in Carmel, IN, has made significant contributions to the field of electrochemical biosensors. With three patents to his name, Bateson's work focuses on enhancing diagnostic tools that are crucial in medical applications.
Latest Patents
Bateson's latest innovations include an **Electrochemical Biosensor Test Strip** designed to require a minimum volume blood sample of approximately 9 microliters. This innovative test strip features working and counter electrodes of the same size and material, secured to a first insulating substrate. The design includes a second insulating substrate with a cutout forming a reagent well, which allows effective analysis despite the small sample volume. The reagent well, combined with a specially designed spreading mesh impregnated with surfactant, ensures that the test strip delivers reliable results from minimal biological fluid. Another notable patent is his development of a **Stable Diagnostic Reagent**, which integrates succinic acid or a salt thereof to stabilize compositions containing glucose oxidase and/or ferricyanide. This diagnostic reagent is invaluable for the analysis of glucose levels from fluid samples.
Career Highlights
Joseph E. Bateson has established himself within the innovative environment of Boehringer Mannheim GmbH. His role at this company has enabled him to focus on creating impactful solutions in the realm of diagnostic testing and biosensor technology.
Collaborations
Throughout his career, Bateson has collaborated with notable coworkers, including P. Douglas Walling and Lance Scott Kuhn, as they collectively strive to advance the field of electrochemical diagnostics.
Conclusion
Joseph E. Bateson's contributions to innovations in biosensor technology highlight the importance of advanced diagnostic tools in healthcare. His patents and collaborative efforts continue to influence the development of medical devices that promise to improve patient outcomes through more efficient testing methods.