NBDF funds a broad range of research programs that seek to increase our understanding of the science behind bleeding disorders, how they affect people's lives, and pathways to better treatments and cures.
Identification and Amelioration of T-cell Mediated Inflammatory Cytokines that Contribute to Anti-Factor VIII Inhibitor Formation in Hemophilia A
Dr. Smith's research focuses on better understanding the development of factor VIII inhibitors. Specifically, she will focus on the effects of chemical signals, or cytokines, secreted by helper T cells on the development of inhibitor antibodies. She hypothesizes that certain cells, called Th17 cells, play an important role in the development of these antibodies by stimulating inflammation and driving the immune response toward inhibitor production. Dr. Smith received a BS from the University of Delaware before earning her Ph.D. from Montana State University. Prior to her appointment as an Assistant Professor at the University of Texas Medical School at Houston, she spent four years as a postdoctoral research fellow at the University of Michigan.
Fine Structure-Function Mapping VWF-FVIII Interaction
Dr. Yee earned his undergraduate Credentials from Rensselaer Polytechnic Institute before receiving his doctorate from Rice University. His eventual goal is to operate an independent research laboratory in the field of bioengineering with a focus on understanding molecular mechanisms of hemostasis, thrombosis and vascular diseases. Dr. Yee's research project deals with factor VIII and its adhesion to its chaperone protein, von Willebrand factor. In these experiments, fragments of von Willebrand factor are screened for optimal factor VIII stabilization. By further studying the architecture of the "Factor VIII-von Willebrand Factor" complex, Dr. Yee seeks to gain insight to improve designs of novel therapeutics.
Use of Emergency Medical Identification in the Pediatric Hemophilia Population: A National Study
Women with Severe and Moderate Hemophilia A and B and Other Bleeding Disorders: A Grounded Theory Study
Studies of VWF Function in VWF-Platelet and VWF-FVIII Interactions
Dr. Flood earned her undergraduate degree from Harvard University in 1995 and her doctorate from Tufts University in 1999. She is board certified in pediatrics as well as pediatric hematology/oncology. She has been serving as an Assistant Professor at the Medical College of Wisconsin, where she has been performing research and seeing patients since 2006.
As part of her NHF Career Development Award, Dr. Flood will study the common variants and interactions of the von Willebrand factor molecule as a means to enhance overall understanding and eventually improve upon current methods of von Willebrand disease testing. Using mouse models, she will investigate diagnostic alternatives by examining the interaction between ristocetin and its ability to bind to von Willebrand factor. As Dr. Flood states in her summary, "Improved testing for VWD will prevent patients with normal VWF function from receiving unnecessary treatment, while allowing more accurate assessment of patients with true defects in VWD."
Regulatory Mechanisms in the Activation of Blood Coagulation Factors V and VIII
Development of an Institution-Wide, Customizable, Computer-Based, Training Module
The Prevalence and Risk Factors for Depression in Adults with Hemophilia
Pharmacogenomics of Hemophilia Therapy: Genetics of Inhibitor Antibody Response
Immune Response in Platelet-Derived FVIII Gene Therapy of Murine Hemophilia A
Targeting Dendritic Cells to Induce Immune Tolerance to Factor VIII
Recombinant Factor VIIa and RL Platelets as a Hemophilia Therapy
Proficient AAV Vectors for the Treatment of Hemophilia B (2007)