Company Filing History:
Years Active: 2024-2025
Title: The Innovative Contributions of Lauren Blume in Tissue Engineering
Introduction
Lauren Blume, an accomplished inventor based in Denver, CO, is making significant strides in the field of tissue engineering. With a focus on developing automated processes for tissue demineralization and decellularization, her work holds promise for advancing medical treatments and enhancing regenerative medicine practices.
Latest Patents
Lauren Blume holds one patent titled "Automated system and methods for tissue demineralization." This invention features innovative systems and methods designed for the automated demineralization of bone and decellularization of soft tissue. The patent outlines a sophisticated mixing assembly, equipped with a housing that supports a cannister sub-assembly. This assembly forms a mixing chamber, complete with a reagent inlet, outlet, and an internal fluid agitator. The innovative design allows for precise control over the mixing process, using a motor to manipulate the agitator and enhance fluid dynamics within the chamber. Additionally, the patent includes a control and reporting system that enables users to efficiently initiate procedures for tissue processing.
Career Highlights
Lauren currently works at AlloSource, a recognized company in the tissue engineering sector. Her contributions to the field not only focus on the technical aspects of tissue processing but also highlight her commitment to improving medical treatments through innovative solutions. Having obtained a patent demonstrates her capability and determination to create technologies that address significant challenges within the medical field.
Collaborations
Lauren collaborates with notable colleagues, including Aidan Griffin and Timothy Bennett, who share her passion for pushing the boundaries of tissue engineering. Their teamwork fosters an environment of creativity and innovation, enabling them to tackle complex problems in the industry.
Conclusion
Lauren Blume's patented work in automated tissue demineralization addresses pressing needs in regenerative medicine and illustrates her role as an innovator in the field. Through her dedication to advancing tissue engineering techniques, she continues to contribute significantly to improving patient outcomes and transformative medical technologies.