Company Filing History:
Years Active: 2018-2023
Title: Richard Pascal, III: Innovating Bioreactor Technologies
Introduction
Richard Pascal, III is an accomplished inventor based in Chapin, South Carolina. With a strong focus on bioreactor technologies, he has been awarded four patents throughout his career. His innovations have contributed significantly to the field of cellular material development and conditioning, offering new avenues for study and implant applications.
Latest Patents
Among his most notable inventions are the modular bioreactor, compliance chamber for a bioreactor, and a cell seeding apparatus. These cutting-edge bioreactors and their components are designed to enhance the development and conditioning of cellular materials for research and potential implant uses. The modular nature of these bioreactors enables easy assembly, allowing users to create specific, predetermined conditioning environments for various cellular materials, such as implantable tissue. By selecting from several alternative compliance chambers, the bioreactor can be utilized in low-pressure circuits, like a pulmonary heart circuit, or high-pressure circuits, such as an aortic heart circuit.
Career Highlights
Richard Pascal, III is associated with Clemson University, where he leverages his expertise to advance biotechnological research. His dedication to innovation in this area has led him to the forefront of bioreactor technology, making significant strides in understanding and manipulating cellular materials.
Collaborations
Throughout his career, Richard has worked alongside talented researchers, including Leslie Sierad and Dan T Simionescu. Their collaborations have fostered a dynamic research environment, further enhancing the impact and applicability of their inventions within the scientific community.
Conclusion
Richard Pascal, III stands out as a prominent inventor in the field of bioreactor technologies. His innovative patents not only demonstrate his commitment to advancing cellular material development but also underscore the collaborative efforts that drive success in research. With a foundation built on modular design and adaptability, his contributions will likely continue to shape the future of biotechnological applications.