2026-07-30 00:00 China Clinical Implantation & Procedure Translated from ZH

Eastern China's Shandong Performs Its First Invasive Brain-Computer Interface Implant

Summary Surgeons in eastern China have implanted a brain-computer interface in a man who has been unable to move his limbs for more than two years. Eight ultraflexible electrodes sit 4 mm into his cortex, wired to a chip mounted on the skull. It is the first invasive BCI operation performed in Shandong province, and the patient now begins up to six months of training to control devices by thought.

Why it matters The interesting part is where this happened. Shandong had until now kept its clinical BCI work to non-invasive rehabilitation, even though it runs one of China's earliest dedicated BCI wards, issued provincial reimbursement codes and pricing rules for BCI procedures in April 2026, and hosted a clinical translation conference in July. Electrodes in a patient's cortex are a different order of commitment. The recipient was found through an open public call for trial participants, which means a provincial hospital handled recruitment, screening and assessment for an invasive trial itself rather than routing the case to a national centre.

BCIwiki (bciwiki.com) — A man who has been unable to move his limbs for two years and two months received a brain-computer interface implant in July 2026 at a hospital in eastern China. The patient, Xu Zhonghua, applied on his own: the hospital had put out an open call for participants in an invasive BCI trial, and he cleared the screening tests. It is the first invasive BCI operation performed in Shandong province, and was reported on July 30 by Qilu News, the news arm of the provincial broadcaster.

Neurosurgical, neurophysiology and engineering teams operated together at the First Affiliated Hospital of Shandong First Medical University, also known as Shandong Provincial Qianfoshan Hospital. After localising the target, they fixed the interface chip to the skull and placed eight slender recording electrodes 4 mm below the surface of the cortex. The hospital says the electrodes are ultraflexible, roughly one percent the width of a human hair, and cause almost no tissue damage going in. The implant is meant to bypass the damaged spinal cord, picking up movement intent in the brain and passing it to external devices as control signals.

Xu now faces one to six months of one-on-one training with rehabilitation specialists and engineers before he can control anything by thought. The programme is run by Shandong First Medical University’s Clinical and Translational Center for Brain-Computer Interfaces, led by an academician, the highest academic rank in China, working with a corporate partner the report declines to name. This is trial-stage surgery, not care a patient in China can currently ask for.

Compiled by BCIwiki from public sources

Sources · 2

齐鲁网 2026-07-30

齐鲁网 2026-07-20

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