Jacquelyn A DuVall

Title: Innovations in Microfluidics: The Journey of Inventor Jacquelyn A DuVall

Introduction

Jacquelyn A DuVall, a pioneering inventor based in Raleigh, NC, has made significant contributions to the field of microfluidics. With one patented invention to her name, her work focuses on advancing methods for the extraction and separation of nucleic acids, essential for various applications in biotechnology and medical research.

Latest Patents

DuVall holds a patent titled "Devices and methods for extraction, separation and thermocycling." This innovative method employs a microfluidic device designed with multiple chambers and channels. The process begins with the introduction of cells containing nucleic acid into a first chamber, where conditions are applied to lyse the cells. Following this, centrifugal force is utilized to facilitate the distribution of the lysate, which contains nucleic acids, to a second chamber through a designated channel. The procedure is further enhanced by combining the lysate with reagents to amplify the nucleic acid, effectively generating a second mixture. Lastly, the technique incorporates the expulsion of gas from the second mixture through additional centrifugal force, optimizing the overall efficiency of nucleic acid handling.

Career Highlights

Jacquelyn A DuVall's career is marked by her association with the University of Virginia Patent Foundation, where she contributes her expertise in research and innovation. Her work not only reflects her scientific acumen but also demonstrates her commitment to pushing the boundaries of technology in the life sciences sector.

Collaborations

Throughout her career, DuVall has collaborated with esteemed colleagues, including James P. Landers and Delphine Le Roux. These partnerships have played a crucial role in fostering a collaborative research environment, which often leads to groundbreaking developments in the field of microfluidics.

Conclusion

In summary, Jacquelyn A DuVall stands out as an innovator in her field, with her patent for a microfluidic device representing a significant advancement in nucleic acid extraction and amplification techniques. Her commitment to research and collaboration highlights the importance of teamwork in driving scientific innovation. As her career progresses, she continues to pave the way for future breakthroughs in biotechnology.