Location History:
- Duncanston, GB (2013)
- Culbokie Duncanston, GB (2012 - 2014)
Company Filing History:
Years Active: 2012-2014
Title: **The Innovative Journey of Emma Vanessa Jayne Day**
Introduction
Emma Vanessa Jayne Day, based in Culbokie Duncanston, GB, is a remarkable inventor who has made significant contributions to the field of medical analytics. With four patents to her name, she embodies the spirit of innovation and dedication in her work at LifeScan Scotland Limited.
Latest Patents
Among her latest inventions is a system designed for determining a substantially hematocrit-independent analyte concentration. This inventive method consists of a test strip and a test meter, where the test strip comprises a reference electrode and a working electrode coated with a reagent layer. The electronic circuit of the test meter applies varying voltages to the electrodes, enabling the signal processor to ascertain the concentration of the analyte independent of hematocrit levels.
Another noteworthy patent is her work on a test strip comprising patterned electrodes. This invention features an electrochemical enzymatic analyte test strip and a method of production that utilizes laser ablation to create defined electrode patterns, enhancing the accuracy and efficiency of analyte testing.
Career Highlights
Emma has built a distinguished career at LifeScan Scotland Limited, where she focuses on creating innovative medical devices. Her passion for research and development is evident in her successful patent acquisitions, marking her as a prominent figure in the field of health technology.
Collaborations
Among her esteemed colleagues are Marco Fabio Cardosi and Richard Michael Day, with whom she collaborates to advance research and develop cutting-edge technologies. Their teamwork embodies the cooperative spirit essential for driving innovation in their industry.
Conclusion
Emma Vanessa Jayne Day's contributions to the realm of analyte testing establish her as a leading inventor in her field. Her innovative patents not only reflect her expertise but also pave the way for future advancements in medical diagnostics, showcasing her as a pioneer in health technology.