Severed Ear Grafted to Foot and Reattached in China | Medical Marvel

Chinese surgeons performed an extraordinary procedure, grafting a severed ear onto a patient’s foot to preserve it, then successfully reattaching it to the head months later — a groundbreaking feat in reconstructive surgery.

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Dec 27, 2025 - 15:45

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Severed Ear Grafted to Foot and Reattached in China | Medical Marvel

In a remarkable display of modern medical skill, Chinese doctors successfully preserved a severed ear by temporarily grafting it onto a patient’s foot, keeping it alive for several months before reattaching it to the head. The procedure demonstrates cutting-edge microsurgery techniques and the lengths surgeons will go to save lost body parts.

The patient suffered a severe accident that completely severed her left ear, making immediate reattachment impossible due to tissue damage and contamination. Conventional replanting techniques would likely have failed. To prevent the ear from dying, surgeons performed a highly unusual but medically sound solution: grafting the ear onto the top of the patient’s foot. This allowed the ear to receive blood supply through the foot’s vessels, keeping the tissue alive during the months-long recovery period.

The procedure required extreme precision, reconnecting tiny blood vessels barely a fraction of a millimeter wide. In the following months, doctors closely monitored blood flow and manually adjusted circulation hundreds of times to ensure the graft remained healthy. Meanwhile, the patient’s damaged scalp was repaired using skin grafts from other areas.

After several months of careful planning and recovery, surgeons successfully reattached the ear to its original position on the head. The case highlights not only the ingenuity of Chinese reconstructive surgeons but also the incredible potential of modern microsurgery in saving and restoring amputated body parts.

Medical experts describe this as one of the rarest and most complex reconstructive procedures, combining innovation, patience, and surgical precision to achieve what was once considered nearly impossible.