The world's first intravascular removal trial of an interventional brain-computer interface sensor was successful in Beijing. It is reported that,The experiment was led by a team of professor Duan Feng, deputy dean of Nankai University School of Medicine and School of Artificial Intelligence, and led by multiple units. For the first time, the interventional brain-computer interface sensor and wireless transmission module were safely removed, marking an important improvement in the safety of interventional brain-computer interface technology.
What is particularly striking is that through delicate interventional surgery, the team successfully removed the previously implanted interventional brain-computer interface sensor from the blood vessel wall in the sheep's skull.
The entire surgical process was accurately performed under the guidance of advanced DSA (digital subtraction angiography) technology, ensuring the safety and accuracy of every step of the operation, demonstrating the team's superb skills and rigorous attitude in complex surgical operations.
It is particularly worth mentioning that,During the entire test period, the experimental animals showed good biological adaptability, did not show any rejection reactions, and remained healthy after the sensor was removed, which further verified the biocompatibility and safety of the technology.
The success of this test is not only a comprehensive test of the comprehensive performance of the wireless transmission equipment and interventional brain-computer interface system, but also a strong proof of the reversibility and non-damage removal ability of the interventional brain-computer interface sensor. This achievement has laid a solid theoretical and practical foundation for the future application of interventional brain-computer interface technology in neuroscience, medical rehabilitation and even wider fields, opening the door to a new era of brain-computer integration.