Dennis Kramer

Dennis Kramer is an Assistant Professor of Orthopedic Surgery at Harvard Medical School and an orthopedic surgeon at Boston Children's Hospital specializing in pediatric sports medicine. He serves as the Team Physician and Orthopedic Consultant for the University of Massachusetts at Boston and previously served as the head orthopedic team physician for the 2012 USA under-19 men's lacrosse team.

Education:

• BA in Molecular Biology, Princeton University (1997)
• MD, New York University School of Medicine (2001)
• Residency in Orthopedic Surgery, Johns Hopkins University (2006)
• Fellowship in Pediatric Sports Medicine Surgery, Boston Children's Hospital (2006)

Dr. Kramer specializes in knee, shoulder, and ankle injuries in children and young adults, with particular expertise in ACL injuries, patellar instability, meniscus tears, and pediatric fracture care. His research focuses on biomechanics, surgical outcomes, psychological aspects of recovery, and innovative techniques in pediatric sports medicine. As a former NCAA champion lacrosse player at Princeton, he brings a unique athlete's perspective to his clinical practice and understands the physical and emotional aspects of sports injuries.

Dr. Kramer's research portfolio demonstrates a strong emphasis on evidence-based approaches to pediatric sports medicine, with numerous publications in top orthopedic journals. His work often involves large cohort studies and innovative methodologies including machine learning applications in predicting surgical outcomes.

Certifications:

• American Board of Orthopedic Surgery (General)
• American Board of Orthopedic Surgery (Sports Medicine)

Dr. Kramer maintains an active clinical practice focused on collaborative care with patients and families. He is involved in teaching medical personnel and peers, and serves on committees for national medical societies including POSNA, AAP, and AOSSM. His clinical philosophy emphasizes understanding the injury, discussing treatment options, and making fully informed decisions with patients to optimize healing.