Dr. Fabricant is an orthopedic surgeon specializing in pediatric and adolescent orthopedic surgery.
His unique background combines elite medical and surgical training with a passion for helping young people recover from injury and stay active.
After graduating with honors from the University of Rochester and attending Yale University School of Medicine, he completed his residency at the prestigious Hospital for Special Surgery (HSS).
Uniquely qualified, Dr. Fabricant completed two separate fellowships:
Boston Children's Hospital
Children's Hospital of Philadelphia
He also holds a Master of Public Health Degree from Columbia University, emphasizing his commitment to surgical innovation, patient safety, and optimizing clinical outcomes.
Comprehensive care for sports-related injuries and fractures in children and adolescents.
ACL reconstruction, tibial spine fracture repair, meniscus repair, patellar instability, and osteochondritis dissecans (OCD).
Instability repair, labral tears, and clavicle fractures.
OCD lesions, fractures, ligament reconstruction, and throwing injuries.
Fractures, and OCD lesions, Sprains.
Our practice is dedicated to promptly diagnosing and treating sports injuries and fractures in our pediatric and adolescent patients.
Dr. Fabricant understands the physical and emotional complexities of injuries in young athletes. Sports and recreational activities provide social, emotional, and physical development, leadership skills, and encouragement for children to work as a part of a team with their peers.
Dr. Fabricant has dedicated himself to addressing sports injuries in the context of all of these important issues and strives to implement evidence-based surgical and non-surgical treatments and return his patients back to their sports and activities as quickly and as safely possible, while minimizing the risk of future injury and prioritizing their long-term health and well-being.
Dr. Fabricant has cared for athletes and performers at
the highest levels of competition. His experience spans
professional dance companies to international
sporting events.
Results presented here showed minimal changes in coronal plane alignment after physeal-sparing and transphyseal ACL
Pediatric and adolescent patients with an ACL tear demonstrated greater valgus alignment than age- and
The number of ACL injuries continues to grow among pediatric and adolescent patients secondary to
Results presented here showed minimal changes in coronal plane alignment after physeal-sparing and transphyseal ACL
Pediatric and adolescent patients with an ACL tear demonstrated greater valgus alignment than age- and
