Rosemary Kraemer

Title: Innovations by Rosemary Kraemer

Introduction

Rosemary Kraemer is a notable inventor based in Brooklyn, NY (US). She has made significant contributions to the field of biomedical research, particularly in the area of angiogenesis and vascular health. With a total of 2 patents, her work focuses on methods that enhance vascular density and maintain the viability of endothelial cells.

Latest Patents

Kraemer's latest patents include innovative methods for increasing vascular density and maintaining the viability of microvascular endothelial cells using trk receptor ligands. The first patent outlines methods for inducing or inhibiting the angiogenic process and promoting vessel growth or stabilization in an organ by modulating the trk receptor pathway. It also describes a method for treating pathological disorders by administering a trk receptor ligand or an inhibitor of its expression or activity. Additionally, it includes a method for screening modulators of angiogenesis and diagnosing or monitoring pathological disorders through the presence of trk receptor ligands in biological samples.

The second patent similarly focuses on increasing capillary density and maintaining the viability of microvascular cardiac endothelial cells using trk receptor ligands. This patent also emphasizes the modulation of the trk receptor pathway to promote vessel growth and stabilization, along with methods for treatment and diagnosis of related disorders.

Career Highlights

Throughout her career, Kraemer has worked with esteemed institutions such as Cornell University and Children's Medical Center Corporation. Her research has significantly advanced the understanding of vascular biology and its implications for various medical conditions.

Collaborations

Kraemer has collaborated with notable colleagues, including Phi Wiegn and Shahin Rafii, contributing to a rich exchange of ideas and advancements in her field.

Conclusion

Rosemary Kraemer's innovative work in the field of vascular health and angiogenesis has led to valuable patents that hold promise for treating various pathological disorders. Her contributions continue to impact the biomedical research community and enhance our understanding of vascular biology.