Amanda Marie Franey

Title: The Innovative Contributions of Amanda Marie Franey

Introduction

Amanda Marie Franey is an accomplished inventor based in Princeton, MN, USA. With two patents to her name, she has made significant strides in the field of measuring nitric oxide in fluids. Her inventive spirit and technical expertise have positioned her as an influential figure in her industry.

Latest Patents

Amanda’s latest innovations include sophisticated apparatuses and methods aimed at measuring nitric oxide in fluid. One of her patents describes an apparatus featuring a sample injection port, a pump, a measurement chamber, an electromagnetic radiation source, controls, and user interfaces. Central to this invention is a disposable cartridge, designed for single use, which encompasses a sample chamber, an electromagnetic radiation and heat chamber, and a gas permeable membrane. This design adds convenience and efficiency to the measurement process. Furthermore, her other patent also covers a device for measuring nitric oxide that includes a cartridge with a mix chamber, sample degassing chamber, and a planar reaction chamber, emphasizing the innovation surrounding disposable solutions in medical measurements.

Career Highlights

Amanda works at Lifehealth, LLC, where she applies her expertise in inventing advanced healthcare measurement tools. Her dedication to research and innovation is evident in her patent achievements and her contribution to the company's focus on improving diagnostic processes.

Collaborations

Throughout her career, Amanda has collaborated with talented professionals such as Scott Everett Blomberg and Mark Peterson. Their teamwork has fostered an environment of creativity and innovation, further enhancing the quality and effectiveness of the inventions produced.

Conclusion

Amanda Marie Franey exemplifies the drive and ingenuity that characterize successful inventors. Her work significantly impacts the field of healthcare, particularly in the measurement of vital compounds like nitric oxide. With her ongoing commitment to innovation, Amanda continues to pave the way for future advancements in medical diagnostics and fluid analysis.