Keenan Bashour

Title: Keenan Bashour: Innovating Cell Transduction and Culturing Methods

Introduction

Keenan Bashour is an accomplished inventor based in Seattle, WA, with a significant contribution to the realm of cellular biology. He holds three patents, focusing on innovative methods and apparatuses that enhance the transduction and culture of cell populations, particularly lymphocytes.

Latest Patents

Bashour's latest patents encompass groundbreaking techniques for cell transduction and culturing methods. One patent involves "Methods, kits, agents and apparatuses for transduction," which introduces methods for effectively transducing a plurality of cells. This patent details the use of viral particles and multimerization reagents that bind to surface molecules of cells to optimize transduction and cellular expansion. Additionally, he has developed reagents that allow for the reversible removal of these agents, offering precise control over cellular stimulation.

Another notable patent is "Methods for culturing cells and kits and apparatus for same." This invention outlines advanced methods for incubating and culturing cells, aiming to induce stimulation such as proliferation, activation, and survival. The use of multimerization reagents in this context enhances the effectiveness of cellular stimulation and provides methods for the removal of these agents post-stimulation, ensuring better management of the cellular environment.

Career Highlights

Keenan Bashour is currently affiliated with Juno Therapeutics GmbH, a company at the forefront of biotherapeutic innovations. His work reflects a deep commitment to advancing the understanding and manipulation of cell behavior, enabling breakthroughs in therapies for various diseases.

Collaborations

Throughout his career, Bashour has collaborated with notable colleagues, including Semih Ullah Tareen and Lothar Germeroth. These collaborations have fostered a dynamic exchange of ideas that further enhances his research and patent innovations.

Conclusion

Keenan Bashour's contributions to the fields of cell transduction and culturing methods are valuable assets to the scientific community. With his inventive methods, he continues to push the boundaries of cellular biology, influencing future developments in therapies and research applications.