Monique A Dao

Title: Innovations by Monique A. Dao: Pioneering Angiogenesis and Cell Composition Research

Introduction

Monique A. Dao is an innovative inventor based in Mountain View, California, recognized for her contributions to medical science through her extensive research and several patents. With a focus on angiogenesis and cell composition, she has made significant strides in the treatment of ischemic disorders and enhancing cell survival post-transplantation.

Latest Patents

Monique A. Dao holds three patents, with her latest inventions aimed at addressing critical medical challenges. One of her notable patents includes methods and compositions for modulating angiogenesis and vasculogenesis. This invention discloses methods for stimulating angiogenesis using cells derived from marrow adherent stromal cells transfected with sequences encoding a Notch intracellular domain. Such advancements have promising applications in treating ischemic disorders, including stroke.

Additionally, she has developed a composition comprising cell and biocompatible polymer. This invention focuses on a cell-containing composition designed to suppress cell outflow after transplantation, thereby improving the survival rates of the cells. The composition includes a variety of cell types, such as bone marrow stromal cell-derived neural precursor cells and Schwann cells, combined with biocompatible polymers.

Career Highlights

Throughout her career, Monique A. Dao has worked with notable companies including SanBio, Inc. and AtriCure, Inc. Her experience in these organizations has enriched her innovative capabilities and allowed her to collaborate on cutting-edge research projects that contribute to the medical field.

Collaborations

Monique has collaborated with talented professionals like Ciara C. Tate and Casey Christopher Case. These partnerships have allowed her to enhance her research and expand the impact of her inventions in various therapeutic applications.

Conclusion

Monique A. Dao's contributions to the field of biomedical innovation through her patents showcase her dedication to improving healthcare solutions. Her research not only paves the way for effective treatments but also highlights the importance of collaboration and innovation in the scientific community.