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Posts by Neal C. Chen, MD


In 2002, Dr. Chen's father was injured in an accident which broke both his arms and legs. At Mass General, Dr. Jesse Jupiter cared for his father's complex elbow and forearm fractures. As a result of his care, his father had an exceptional result. From this experience and the tutelage of Dr. Jupiter, Dr. Chen developed an interest in hand and upper extremity surgery.

Dr. Chen received his BS in Biological Sciences at Stanford University and his MD from Yale University. He completed residency at the Harvard Combined Orthopaedic Residency Program, the Hand and Upper Extremity Fellowship at Mass General and the Sports Medicine and Shoulder Fellowship at Hospital for Special Surgery.

He returned to Mass General after six years of both academic and private practice. He was previously a sports medicine attending at the University of Michigan and subsequently was a partner at the Philadelphia Hand Center, P.C. while serving as an Assistant Professor of Orthopaedic Surgery at Thomas Jefferson University Hospital. As a fellow in New York, Dr. Chen was an assistant team physician for the New York Mets. In Ann Arbor, he served as a consultant to University of Michigan Athletics, a consultant to USA Hockey and team physician for Eastern Michigan University.

He has received a prestigious Basic Science Grant from the American Society for Surgery of the Hand/American Foundation for Surgery of the Hand. He also has research sponsored by the AO Foundation for the study of shoulder fractures.

He has a clinical practice that encompasses complex problems of the shoulder, elbow, wrist, and hand. He performs shoulder and elbow replacements, tendon transfers, arthroscopy of the shoulder, elbow and wrist, and repair of malaligned or unhealed fractures.

Orthopaedic Care at Mass General

At Mass General, our world-class physicians and surgeons treat the full spectrum of musculoskeletal conditions throughout the body, from sprains and strains on the athletic field to carpal tunnel syndrome. Our team offers innovative, research-based treatments that range from limb-saving oncological procedures to complex spinal reconstruction.