Company Filing History:
Years Active: 2010
Title: The Innovative Contributions of Roger A. Kautz
Introduction
Roger A. Kautz, located in Nahant, Massachusetts, is a notable inventor with significant contributions to the field of microfluidics. He has developed specialized methods that enhance the efficiency of transporting small liquid volumes within microfluidic devices, a critical innovation for various applications in analytical chemistry and biological studies.
Latest Patents
Roger A. Kautz holds one patent titled "Method for Efficient Transport of Small Liquid Volumes to, From or Within Microfluidic Devices". This invention outlines methods for achieving zero-dispersion segmented flow, which optimizes the transfer of small microfluidic samples to and from analysis or processing devices. The patent emphasizes the use of materials that facilitate zero-dispersion conditions for a given solvent or carrier fluid. It demonstrates the efficacy of this method with a specific application, where 1 microliter samples are robotically prepared and transferred through 3 meters of capillary tubing to a microcoil NMR probe.
Career Highlights
Throughout his career, Roger has been associated with Northeastern University, where he contributes his expertise to pioneering research in microfluidic technology. His work has laid the groundwork for advancements that improve fluid handling in various scientific applications, marking significant milestones in the fields of engineering and applied sciences.
Collaborations
In his endeavors, Roger A. Kautz collaborates with esteemed colleague Barry L. Karger. Together, they have contributed to the body of knowledge that drives innovation in microfluidics, pushing the boundaries of what is possible in this rapidly developing field.
Conclusion
Roger A. Kautz's work in microfluidics is instrumental in paving the way for more efficient methodologies in fluid transport. His patent serves not only as an innovative solution to current challenges but also as a foundation for future advancements. With collaborations and continued research, he remains a significant figure in the landscape of modern scientific innovation.