| Jennifer Conway |
Early Improvement in Clinical Status Impacts VAD Survival in Children |
| Kathleen E. Simpson |
Right Heart Failure in Children After Initial Lvad Implantation Within the Pedimacs Registry Experience |
| Sharon Chen |
Outcomes after First Infection in Adolescents and Young Adults with Ventricular Assist Devices: An Analysis of the PEDIMACS-INTERMACS Database |
| James Kirklin |
Quantifying the Devastation From Stroke During Support With Continuous Flow Pumps: An Intermacs Analysis |
| José Tallaj |
The Impact of VAD Clinical Course on Post-Transplant Survival: A Merged Intermacs and OPTN Data Project |
| Jeffrey Teuteberg |
Outcomes in Late Right Heart Failure after LVAD: A Contemporary Analysis of the New Intermacs 4.0 Definition |
| J. Eduardo Rame |
The Ebb and Flow of Right Heart Failure in INTERMACS: Does Right Heart Failure Get Better or Worse Over Time |
| Ryan Cantor |
Trends in Pediatric Mechanical Circulatory Support: Are Patients, Devices, and Outcomes Changing |
| Seth Hollander |
Failure to Improve Renal Function Following VAD Placement Predicts Renal Injury and Chronic Kidney Disease Following Cardiac Transplant |
| Scott Auerbach |
The Effect of Infectious Complications During Ventricular Assist Device Use on Outcomes of Pediatric Heart Transplantation |
| Stavros Drakos |
Late-onset Right Heart Failure Following LVAD Implantation: Definitions, Epidemiology, Risk Factors and Outcomes |
| Douglas Franz |
Trajectories in Long-Term Kidney Function Post-MCSD Implant |
| Valluvan Jeevanandam |
Using INTERMACS to Define and Develop Performance Criteria for the “Less Sick” CHF Populaiton |
| Renzo Y.Loyaga-Rendon |
ECMO as Bridge to LVAD-an Analysis of INTERMACS Data |
| Syed Peer |
Comparison Durable Ventricular Assist Device (VAD) Implantation with and without Extracorporeal Membrane Oxygenation (ECMO) Therapy as Bridge |
