In a groundbreaking medical feat, surgeons at Shandong Provincial Hospital in Jinan have performed the world’s first successful ear reattachment using the patient’s own foot as a temporary incubator. The complex, two-stage procedure saved a woman’s ear, which was torn off in a severe industrial accident, after initial attempts at reattachment failed.
When a devastating industrial accident tore off a woman’s ear and a large portion of her scalp, the medical team faced a seemingly impossible challenge: the ear was severed, but the damaged scalp could not support its immediate reattachment. The clock was ticking to keep the delicate organ alive. The innovative solution, never before successfully documented? Temporarily transplanting the ear onto the top of her foot. This remarkable story of surgical ingenuity, reported by the medical news source Yixue Jie (Med-J), has set a new global benchmark in reconstructive microsurgery.
The patient, a woman surnamed Sun, arrived at Shandong Provincial Hospital in April with life-threatening injuries caused by heavy machinery. Qiu Shenqiang, deputy director of the hospital’s microsurgery unit, described the severity: the scalp, neck, and facial skin were “split into multiple fragments,” and the ear was “completely severed.” The hospital’s skilled hand, foot, and reconstructive microsurgery team first attempted a standard repair but failed due to the extensive damage to the scalp’s tissue and blood vessel network.
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This failure created a critical dilemma. The ear needed to be reattached to survive, but the recipient site on her head wasn’t viable. The team needed a temporary, living “bank” to preserve the ear—with its intricate cartilage and tissue—for months while her scalp healed. They ruled out artificial culture methods and, in a bold decision, chose the dorsum of her foot. “The arteries and veins in the foot were of a suitable calibre and highly compatible with those of the ear,” explained Dr. Qiu. The skin thickness was also a near-perfect match.
The first, unprecedented surgery to attach the ear to her foot lasted 10 grueling hours. The supreme difficulty, according to the report by Yixue Jie, lay in connecting blood vessels that were a mere 0.2–0.3mm in diameter—a task requiring exceptional microsurgical skill. The challenge didn’t end in the operating room. Five days post-op, a venous reflux crisis turned the grafted ear a purplish-black. To save it, the medical team performed an arduous 500 manual bloodletting procedures over five days, manually draining congested blood to restore circulation.
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While the ear was nurtured on her foot, surgeons simultaneously reconstructed her scalp using a skin graft from her abdomen. After more than five months of healing, the swelling subsided, and the surgical sites stabilized. The stage was set for the final act. In October, Dr. Qiu Shenqiang’s team performed the six-hour world-first procedure to successfully return the fully viable ear to its original position on her head.
The patient, Sun, has since been discharged. Her facial and tissue function have largely recovered, and she only requires minor follow-up procedures. This success is more than a technical victory; it represents a paradigm shift in managing severe traumatic injuries. It proves that when the body’s primary repair site is compromised, another part of the body can serve as a sophisticated biological incubator, preserving complex structures for a second chance. For patients worldwide who suffer similar catastrophic injuries, this Chinese surgical team has not only saved one woman’s ear but has also charted a new, hopeful path forward in reconstructive medicine.
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