Harry M. Sherman

Harry M. Sherman (1854–1921) was an influential figure in the history of orthopaedic surgery and musculoskeletal medicine, revered for founding academic orthopaedic surgery on the American Pacific Coast, pioneering surgical and conservative interventions for congenital hip dislocation and vertebral tuberculosis, and introducing modern color ergonomics to the operating theater.

1. The Shoulders of Giants: Historical Context & Significance

During the final decades of the nineteenth century, the practice of orthopaedic surgery across the western frontier of the United States was largely undeveloped. Following the California Gold Rush and the rapid growth of San Francisco as the premier commercial metropolis of the Pacific Coast, medical care remained fragmented. Musculoskeletal afflictions, congenital deformities, and chronic skeletal infections were predominantly managed by general practitioners, mechanical brace vendors, or itinerant bone-setters. Children afflicted with congenital dislocation of the hip, severe clubfoot, infantile paralysis, or the devastating destruction of skeletal tuberculosis frequently suffered progressive, irreversible physical disability with little recourse to specialized reconstructive surgery. Eastern medical centers in New York, Boston, and Philadelphia had begun establishing specialized orthopaedic wards, but thousands of miles of rugged terrain and days of transcontinental rail travel separated western communities from these advancing eastern clinics.

“If I have seen further, it is by standing on the shoulders of giants.”

Sir Isaac Newton (1675) / Bernard of Chartres

Harry Mitchell Sherman bridged this vast geographical and intellectual divide, transplanting the rigorous standards of Bellevue Hospital and eastern academic medicine to California. Establishing the first dedicated orthopaedic service on the Pacific Coast at San Francisco’s Children’s Hospital in 1885, Sherman transformed the regional approach to musculoskeletal pathology from passive palliative confinement to aggressive, biologically informed operative reconstruction. He resisted dogmatic clinical fads, demonstrating intellectual courage when he critically examined and challenged the widely celebrated “bloodless” closed reduction method of Adolf Lorenz, proving that anatomical intra-articular obstacles often rendered unyielding closed force destructive rather than curative. Sherman was an early Western pioneer of autogenous bone graft stabilization for tuberculous spondylitis and devised reconstructive operations for severe pes cavus that respected functional pedal mechanics.

Beyond his reconstructive and spine contributions, Sherman introduced a fundamental human-factors innovation that permanently altered the operating environment worldwide: the green operating room. By replacing blinding white hospital walls, drapes, and gowns with restful spinach-green textiles and wall finishes, Sherman solved the physiological problem of intraoperative glare and ocular fatigue. Today, pediatric orthopaedists, spinal surgeons, and surgical teams across every subspecialty operate within environments shaped by Sherman’s ergonomic insights, standing firmly upon the shoulders of California’s foundational orthopaedic pioneer.

2. Early Life, Formative Education & Career Milestones

Education and Bellevue Surgical Mentorship

Harry Mitchell Sherman was born in Providence, Rhode Island, on November 23, 1854. Reared in a family that valued classical scholarship and civic duty, Sherman received his collegiate education at Trinity College in Hartford, Connecticut, earning his Bachelor of Arts degree in 1877. His scholarly aptitude and intellectual breadth were acknowledged by Trinity College with the subsequent conferral of a Master of Arts degree in 1880. Deciding upon a career in medicine, he matriculated at the College of Physicians and Surgeons of Columbia University in New York City, then one of the preeminent centers of medical instruction in North America. He was awarded his Doctor of Medicine degree in 1880.

Following his graduation from Columbia, Sherman secured a coveted surgical internship at Bellevue Hospital in New York City (1880–1881). Bellevue served as the primary proving ground for American surgery during the introduction of Listerian antisepsis, providing Sherman with rigorous exposure to acute trauma, complex wound management, and reconstructive procedures under the mentorship of leading surgical innovators. Seeking new horizons and seeking the restorative benefits of maritime travel for his health, Sherman accepted an appointment as a ship’s surgeon with the Pacific Mail Steamship Company. Traveling down the Atlantic seaboard, navigating the transit across the Isthmus of Panama, and sailing up the Pacific coastline, Sherman arrived in San Francisco in the early 1880s, choosing to make the burgeoning western metropolis his permanent professional home.

Establishing West Coast Orthopaedics: Children’s Hospital and Academic Chairs

In San Francisco, Sherman recognized that the Pacific Coast lacked organized facilities and specialized surgical expertise dedicated to children with musculoskeletal deformities. In 1885, he was appointed Orthopaedic Surgeon to the Hospital for Children and Training School for Nurses (subsequently known as Children’s Hospital of San Francisco). This historic appointment established the first formal orthopaedic department west of the Rocky Mountains. For thirty-six consecutive years, from 1885 until his death in 1921, Sherman directed the orthopaedic services at Children’s Hospital, creating dedicated clinical wards, establishing an orthopaedic brace shop, and caring for generations of children afflicted with congenital deformities, paralytic contractures, and skeletal infections.

Sherman’s clinical reputation and academic acumen led to his appointment in 1896 as Clinical Professor of Orthopaedic Surgery at the University of California Medical Department (now the University of California, San Francisco School of Medicine), formalizing orthopaedic education in the regional medical curriculum. In 1899, following the retirement of Dr. Robert A. McLean, Sherman was elevated to the prestigious Chair of Professor of the Principles and Practice of Surgery at the University of California, a position he held with distinction until 1912. He seamlessly united general surgical principles with orthopaedic precision, expanding his operative work to include visceral, vascular, and thoracic emergencies while retaining his leadership in musculoskeletal reconstruction. In 1901, he joined the surgical staff of St. Luke’s Hospital as Visiting Surgeon, where he served for twenty years and conducted his landmark investigations into operating theater ergonomics.

Disaster Response: The 1906 San Francisco Earthquake and Professional Stewardship

On the morning of April 18, 1906, a catastrophic magnitude 7.9 earthquake and firestorm devastated San Francisco, destroying over eighty percent of the city and leaving hundreds of thousands homeless. Hospital infrastructures collapsed, water mains ruptured, and thousands of injured citizens overwhelmed surviving medical personnel. Sherman demonstrated immediate, courageous leadership. Mobilizing surgical teams amid falling masonry and advancing fires, he coordinated emergency triage and operative care. While central hospitals burned, Children’s Hospital, situated in the Western Addition, escaped total destruction; Sherman organized emergency tent wards and surgical stations on the hospital grounds, operating continuously under candlelight and makeshift conditions to treat compound fractures, crush injuries, and severe burns.

In the aftermath of the catastrophe, Sherman played an instrumental role in the public health administration and surgical rehabilitation of the city. He served on emergency reconstruction committees, working tirelessly to restore sanitation, rebuild destroyed medical wards at St. Luke’s Hospital and the University of California, and establish modernized hospital facilities resilient against future seismic trauma. His professional stewardship extended across national organizations. Elected Vice-President of the American Orthopaedic Association in 1891–1892, Sherman brought national prominence to West Coast orthopaedics. He served as President of the Medical Society of the State of California in 1915–1916 and was selected as a Charter Member and elected to the inaugural Board of Regents of the American College of Surgeons (ACS) in 1913, serving on the Board of Regents until his death in 1921.

3. Core Orthopaedic Breakthroughs, Eponymous Signs & Innovations

Harry Mitchell Sherman’s scientific and operative legacy encompasses landmark contributions across pediatric hip reconstruction, spinal tuberculosis fusion, foot and ankle mechanics, human factors in operating theater design, and early trauma cardiorrhaphy.

Hallmark Diagnostic and Operative Contributions

• Critical Evaluation and Open Reduction of Congenital Dislocation of the Hip (CDH / DDH): When the renowned Viennese surgeon Adolf Lorenz conducted his highly publicized 1902 tour of the United States demonstrating his “bloodless” closed reduction method for congenital hip dislocation, the American medical establishment largely embraced the technique with uncritical enthusiasm. Sherman adopted a rigorous, scientifically skeptical stance. In his landmark publications—including his 1898 analysis in JAMA, his 1904 clinical audit “Report on Two of the Children Operated on by Lorenz,” and his 1905 paper “Congenital Dislocation of the Hip: An Argument Concerning the Method of Its Treatment”—Sherman presented meticulous clinical and radiographic follow-up demonstrating high rates of reluxation, severe proximal femoral physeal damage, avascular necrosis, and traumatic sciatic nerve paralysis resulting from excessive manual force. He performed open operative explorations that demonstrated the primary anatomical impediments to concentric reduction: an hourglass constriction of the joint capsule, fibrous tissue filling the shallow cotyloid cavity, and an inverted fibrocartilaginous limbus. Sherman established that when gentle closed manipulation fails or when children present beyond early infancy, open surgical reduction with soft-tissue clearance and concentric seating of the femoral head preserves long-term joint viability while preventing catastrophic iatrogenic injury.
• Autogenous Bone Splinting in Vertebral Tuberculosis (Pott’s Disease): Skeletal tuberculosis was a major cause of pediatric deformity and death in early twentieth-century California. Sherman initially championed conservative immobilization using prolonged recumbency and specialized plaster beds to arrest active tubercular caries. However, recognizing that external bracing failed to prevent progressive angular kyphosis, Sherman rapidly embraced the biological principles of spinal fusion pioneered by Fred Albee and Russell Hibbs. In 1914, Sherman and his associate Dr. G. J. McChesney published their seminal clinical series, “Bone Splinting in Vertebral Tuberculosis: A Year’s Work at the Children’s Hospital, San Francisco,” in the California State Journal of Medicine. Sherman detailed the operative technique of splitting the spinous processes of the involved and adjacent vertebrae and inlaying a robust autogenous cortical bone graft harvested from the patient’s tibia. This internal structural “bone splint” provided immediate mechanical stabilization, prevented progressive gibbus deformity, and induced rapid bony ankylosis, representing the first systematic clinical series of operative spinal fusion performed on the American Pacific Coast.
• Comprehensive Operative Reconstruction of Rigid Pes Cavus (1904): In his 1904 treatise “The Operative Treatment of Pes Cavus,” published in the California State Journal of Medicine, Sherman addressed the severe, rigid clawfoot and high-arched deformities secondary to poliomyelitis, congenital anomalies, and neuromuscular diseases. Criticizing superficial percutaneous tenotomies that invariably resulted in deformity recurrence, Sherman formulated a radical, multi-level operative reconstruction. His approach combined extensive open subperiosteal stripping of the short flexor muscles and dense plantar fascia from the calcaneal tuberosity, surgical division of the long and short plantar ligaments, and precise wedge resection osteotomies through the tarsus when skeletal remodeling had occurred. This comprehensive procedure relaxed the rigid longitudinal arch, restored a broad, plantigrade weight-bearing surface, and redistributed ground reaction forces to relieve severe metatarsalgia.
• Pioneering Cardiorrhaphy and Vascular Anastomosis (1902): Reflecting his breadth as Professor of Surgery, Sherman made landmark contributions to early cardiovascular trauma surgery. At a time when surgical intervention upon the heart was viewed with trepidation, Sherman published “Suture of Heart Wounds” in 1902 in The Boston Medical and Surgical Journal (now The New England Journal of Medicine). Reviewing experimental models and operative cases, Sherman detailed the surgical approach, pericardial decompression, and suture stabilization of penetrating ventricular lacerations, establishing systematic surgical protocols for cardiac trauma and major femoral vascular repairs in the western United States.

Color Ergonomics: The Spinach Green Operating Room Revolution

Sherman’s most universally recognized and enduring innovation arose from his keen appreciation of sensory physiology and surgical ergonomics. Following the triumph of Listerian antisepsis in the late nineteenth century, surgical operating suites were constructed entirely in brilliant white: white enameled steel tables, stark white glazed ceramic tiles, whitewashed walls, white cotton towels, and white surgical gowns. While intended to symbolize surgical purity and expose infectious contaminants, this blinding white environment created an excruciating visual environment for the operating surgeon.

As electric operating theater lighting intensified alongside large skylights, surgeons suffered severe photopic glare and profound visual fatigue. When an operating surgeon stared intently into a deep, blood-filled surgical cavity—rich in dark red tissues and dark shadows—the retinal photoreceptors responsible for red light quickly fatigued. Whenever the surgeon glanced upward to communicate with an assistant, reach for an instrument, or inspect a sponge against brilliant white sheets, the photoreceptors generated an intense, disorienting complementary visual afterimage: a floating blue-green phantom that temporarily blinded the surgeon upon looking back into the wound. This chromatic rebound obscured fine anatomical details, masked subtle tissue planes, and provoked persistent ocular strain and headaches during lengthy operative procedures.

Applying the principles of physiological optics and chromatic contrast, Sherman resolved to eliminate this ocular handicap. In 1914, he published his revolutionary monograph, “The Green Operating Room at St. Luke’s Hospital,” in the California State Journal of Medicine. Sherman redesigned the surgical amphitheater at St. Luke’s Hospital in San Francisco, selecting a matte, non-reflective “spinach green” hue. He had the walls of the operating room painted in this soft green tone up to a height of eight feet, replaced stark white surgical sheets and laparotomy drapes with deep green fabrics, and clothed the entire surgical team in green cotton gowns and caps.

The physiological impact of Sherman’s green operating suite was immediate and transformative. Because green is the direct optical complement to hemoglobin red on the chromatic spectrum, the green surroundings absorbed reflected glare rather than scattering it into the surgeon’s eyes. When the surgeon shifted their gaze from the red surgical field to the green drapes, the ocular afterimage was immediately neutralized, preventing chromatic blindness. Visual acuity for minute nerve fibers, delicate vessels, and pathological tissue margins was vastly enhanced, and intraoperative eye fatigue was eliminated. Sherman’s green operating room was rapidly adopted across the United States and Europe, establishing the universal precedent for the green and blue surgical gowns, drapes, and operative theater interiors utilized in contemporary hospitals worldwide.

4. Master Class Pro-Tip

In the operative reduction of chronic congenital hip dislocation and severe developmental dysplasia, forceful closed manipulation beyond the optimal age window risks extensive physeal damage, femoral head necrosis, and sciatic neuropraxia. Inspect the acetabulum for fibrous capsular interposition and an inverted limbus; open reduction with careful soft-tissue clearance and anatomical concentric repositioning reliably preserves long-term joint viability over aggressive, unyielding traction.

Master Class Surgical Pearl: Concentric Acetabular Seating over Forceful Manipulation

5. Primary Landmark Publications & Bibliography

The foundational contributions of Harry M. Sherman are preserved in these original landmark monographs and peer-reviewed surgical literature:

• Sherman HM. Questions in the Treatment of Congenital Dislocations of the Hip. JAMA: The Journal of the American Medical Association. 1898;XXXI(9):463–465. https://doi.org/10.1001/jama.1898.92450090017001e
• Sherman HM. The Conservative Treatment of Tubercular Joint Disease, or, More Explicitly, the Purely Conservative Treatment of Tuberculosis of the Joint Structures. JAMA: The Journal of the American Medical Association. 1894;XXIII(1):26–29. https://doi.org/10.1001/jama.1894.02421060026001d
• Sherman HM. Congenital Dislocation of the Hip: An Argument Concerning the Method of Its Treatment. JAMA: The Journal of the American Medical Association. 1905;XLIV(2):108–110. https://doi.org/10.1001/jama.1905.92500280028002g
• Sherman HM. Report on Two of the Children Operated on by Lorenz. JAMA: The Journal of the American Medical Association. 1904;XLII(2):81–84. https://doi.org/10.1001/jama.1904.92490540007001a
• Sherman HM, McChesney GJ. Bone Splinting in Vertebral Tuberculosis: A Year’s Work at the Children’s Hospital, San Francisco. California State Journal of Medicine. 1914;12(12):485–492. https://pubmed.ncbi.nlm.nih.gov/18736448/
• Sherman HM. The Operative Treatment of Pes Cavus. California State Journal of Medicine. 1904;2(11):340–343. https://pubmed.ncbi.nlm.nih.gov/1650047/
• Sherman HM. The Green Operating Room at St. Luke’s Hospital. California State Journal of Medicine. 1914;12(5):181–183. https://pubmed.ncbi.nlm.nih.gov/1641114/
• Sherman HM. Suture of Heart Wounds. The Boston Medical and Surgical Journal. 1902;146(25):653–658. https://doi.org/10.1056/nejm190206191462502
• Mandell P, Raih T, Taylor LW. A History of Orthopedics in San Francisco and the West. The Western Journal of Medicine. 1976;125(6):502–508. https://pubmed.ncbi.nlm.nih.gov/795165/

6. Biographical Provenance & Acknowledgments

This historical biography was synthesized for the OrthopaedicsOne Knowledge Network as part of A Who’s Who of Orthopaedics, adapted and expanded from the foundational biographical directory Who’s Who in Orthopedics (Springer-Verlag London) edited by Seyed B. Mostofi, BSc, MBBS, FRCS (Ed).