Kathleen J Quinn

Title: Kathleen J. Quinn - Innovator in Biological Assay Technology

Introduction

Kathleen J. Quinn, a dedicated inventor based in Clifton, VA, has made significant contributions to the field of biological detection through her innovative designs. With a singular patent to her name, she showcases her capability to merge technology with practicality in addressing environmental challenges.

Latest Patents

Quinn's notable patent, titled "Aerodynamic Biological Assay Device for Exploratory Detection," describes a pioneering Aerodynamic Automated Biological Assay Device (AABAD). This invention features an aerodynamic substrate equipped with a microfluidic cassette and an electronic module. The device is specifically designed for the detection of biological agents and hazards suspended in the atmosphere. The AABAD mimics the shape of a maple seed, utilizing autorotation to enhance its effectiveness. During deployment, multiple AABADs can be released from an aircraft or drone, allowing them to rotate without any motor or active propulsion system while descending. As they fall, these devices collect and process airborne samples, analyzing the data and transmitting results to a remote location.

Career Highlights

Kathleen Quinn is associated with the United States of America as represented by the Secretary of the Army, where she continues to develop innovative technologies that address public safety and environmental monitoring. Her diverse expertise adds significant value to her work, particularly in the integration of automated systems for biological assessments.

Collaborations

Quinn works alongside esteemed colleagues such as Robert C. Bernhards and Phillip M. Mach, fostering a collaborative environment that encourages innovation and problem-solving in complex technological fields. Their teamwork enhances the effectiveness of their projects and accelerates advancements in biological detection technologies.

Conclusion

Through her groundbreaking invention, Kathleen J. Quinn exemplifies the spirit of innovation within the realm of environmental science and biological detection. Her work enhances the ability to monitor and respond to biological threats, keeping communities safer and informed. As she continues to develop her ideas and collaborate with others, the impact of her contributions is poised to grow, inspiring future generations of inventors and researchers.