Company Filing History:
Years Active: 2025
Title: **Audrey Arvonen: Innovator in Tissue Culture Technology**
Introduction
Audrey Arvonen, a talented inventor from Mesa, AZ, has made significant contributions to the field of biotechnology with her innovative designs. With one patent to her name, she has demonstrated a commitment to advancing scientific research and applications through her ingenious inventions.
Latest Patents
Audrey holds a patent for a groundbreaking invention: the Tissue Culture Plate Material Retainer System. This device features a culture material retainer that includes a retainer ring designed with a gap, allowing it to compress for easy insertion into a culture plate well. The design also incorporates a series of retainer legs that extend downward from the retainer ring. These legs work to securely hold culture material within the well, ensuring it remains stable in or under the culture medium. This innovation enhances the efficiency and reliability of tissue culture techniques, making it a valuable addition to laboratories.
Career Highlights
Audrey Arvonen is associated with Amnio Technology LLC, a dynamic company known for its innovative approaches in medical and biotechnological fields. Her role at the company not only showcases her expertise but also embodies her commitment to advancing technology that supports scientific research and development.
Collaborations
At Amnio Technology LLC, Audrey collaborates with talented professionals such as Robert B. Diller and Chad Hagenbuch. Together, they contribute to the company's mission of innovation in biotechnology, fostering an environment of creativity and development that drives impactful results.
Conclusion
Audrey Arvonen stands out as a significant figure in the world of inventions, particularly in the domain of tissue culture technology. Her innovative patent reflects her dedication to enhancing laboratory practices, showcasing her ability to impact the scientific community positively. As she continues to develop new solutions, Audrey's contributions will undoubtedly inspire future advancements in biomedical research.