Microsurgery “Precision Guidance” has introduced new strategies—New Era—Science Network
Research Institution: Chinese Academy of Sciences
Published Date: 2026/2/5 16:45:41
Selected Article: Microsurgery achieves high precision in real-time three-dimensional guidance!
The precision guidance strategy in microsurgery is crucial for ensuring the safety and operational efficacy of surgical procedures. Techniques such as CT, MRI, and digital subtraction angiography (DSA) provide essential guidance information, but the large equipment size, reliance on specific surgical environments, and the predominance of two-dimensional imaging limits their effectiveness. Recently, advancements in localization technology have significantly enhanced the capabilities of surgical instruments, allowing real-time tracking of their positions and providing surgeons with precise operational guidelines, thereby improving the accuracy and efficacy of surgical procedures.
On February 4, the Chinese Academy of Sciences conducted a joint event with Yangtze University to present a novel precision guidance strategy during a seminar on Natural—Sensing Devices. This collaboration resulted in the development of a system that allows for precise localization, adaptable guidance, and a strategy for joint localization that provides high precision and real-time tracking capabilities for surgical devices.
The seminar featured presentations from scholars representing both institutions, including students from Yangtze University, who collectively discussed and demonstrated the new strategies. The precision guidance strategy focuses on ensuring the exact location of surgical instruments during complex procedures, which is vital in clinical settings where precision and adaptability are paramount.
The proposed guidance strategy is based on a system that utilizes a precision localization framework, allowing for adaptations to specific surgical environments, thus enhancing operational accuracy. This strategy is particularly applicable in various clinical scenarios that require a high level of precision and adaptability.
The seminar also emphasized the importance of further developing this guidance approach for use in multiple surgical instruments and monitoring systems, aiming to improve surgical workflow and outcomes.
Contact Information: shouquan@stimes.cn
This article aims to provide insights into the latest advancements in precision guidance strategies in microsurgery. It reflects a commitment to improving surgical practices and enhancing patient outcomes through innovative technology.
Original article by NenPower, If reposted, please credit the source: https://nenpower.com/blog/innovative-techniques-in-precision-navigation-for-medical-robotics-a-new-approach-to-enhancing-surgical-precision/
