12:00-12:10
Introduction and vision
Mark Krasnow, MD, PhD
Stanford University
12:10-1:00
BMPR2 mutations in PH: From discovery to present time
James Loyd, MD
Vanderbilt University
1:00-1:50
The BMPR2 pathway: From a basic scientist’s perspective
Jeff Wrana, PhD
University of Toronto, Canada
1:50-2:00 Break
2:00-2:10
There must be more BMP pathway genes than BMPR2 involved in PH: What are they and why haven’t they been identified by human genetics?
Dean Li, MD, PhD
University of Utah
2:10-2:30 Panel Discussion
Micheala Aldred, PhD
Cleveland Clinic
Dean Li, MD, PhD
University of Utah
James West, PhD
Vanderbilt University
2:30-2:40
What are the most important cellular players in PH?
Marlene Rabinovitch, MD
Stanford University
2:40-3:00 Panel Discussion
Nicholas Morrell, MD
University of Cambridge, England
Marlene Rabinovitch, MD
Stanford University
Kurt Stenmark, MD
University of Colorado Denver
Norbert Voelkel, MD
Virginia Commonwealth University
3:00-3:10
Is BMPR2 important in non-familial forms of PH?
Vinicio de Jesus Perez, MD
Stanford University
3:10-3:30 Panel Discussion
Stephen Archer, MD
Queen's Univeristy
Kingston, Ontario, Canada
Euan Ashley, MD, PhD
Stanford University
David Cornfield, MD
Stanford University
Vinicio de Jesus Perez, MD
Stanford University
Marc Humbert, MD, PhD
Stanford University
3:30-3:40 Break
3:40-3:50
Can we detect and trace dysfunctional BMPR2 signaling in vivo?
Pehr Harbury, PhD
Stanford University
3:50-4:10 Panel Discussion
Christopher Contag, PhD
Stanford University
Vinicio de Jesus Perez, MD
Stanford University
Pehr Harbury, PhD
Stanford University
4:10-4:20
Can we modulate the BMPR2 pathway in vivo?
Edda Spiekerkoetter, MD
Stanford University
4:20-4:40 Panel Discussion
Edda Spiekerkoetter, MD
Stanford University
Mark Nicolls, MD
Stanford University
4:40-5:00
Lessons for the clinician: How can we apply our knowledge about BMP signaling clinically?
Colleen Caleshu, ScM, CGC
Stanford University
Jeffrey Feinstein, MD, MPH
Stanford University
Roham Zamanian, MD
Stanford University
5:00-5:30 Reception