Susan B. Conley

Dr. Susan B. Conley serves as Professor of Pediatrics at Drexel University College of Medicine, specializing in Pediatric Nephrology. She practices as an attending nephrologist at St. Christopher's Hospital for Children, which functions as a primary academic campus for Drexel's medical education programs. Her clinical work focuses on complex renal conditions in children across multiple subspecialty domains.

Her educational background includes:

• Medical Degree: University of Michigan Medical School
• Residency: St. Louis Children's Hospital
• Fellowship: St. Louis Children's Hospital (Pediatric Nephrology)

Dr. Conley's research and clinical expertise centers on pediatric kidney disorders, with significant contributions in dialysis protocols, hypertension management in renal patients, and post-transplant care. Her work addresses critical gaps in childhood renal disease treatment through translational approaches that bridge clinical practice and academic medicine, particularly focusing on improving outcomes for pediatric patients with chronic kidney conditions.

Her professional recognition includes:

• Philadelphia magazine's Top Doctor designation for six consecutive cycles (2012, 2014-2016, 2018)
• Inclusion in Best Doctors of America registry (2009-2010)

As a non-compensated faculty member at Drexel University College of Medicine, Dr. Conley maintains dual commitments to clinical service at St. Christopher's Hospital for Children and medical education. Her uncompensated academic role reflects the hospital's integration with Drexel's training programs, where she contributes to resident and medical student education without direct university salary. No research grants or formal student advisement relationships were documented in available sources.

Her clinical practice operates within St. Christopher's Hospital for Children's Nephrology division, which serves as a regional referral center for complex pediatric renal cases, though specific laboratory teams or research collectives were not referenced in source materials.