Intelligent imaging system for surgical operation

Abstract

The invention provides an intelligent imaging system for surgical operation. The intelligent imaging system comprises a frequency-domain optical coherence tomography subsystem for obtaining a depth image of a biological tissue, a fluorescence imaging and hyperspectral analysis subsystem for forming a hyperspectral image, a probe device for coupling optical paths of the frequency-domain optical coherence tomography subsystem and the fluorescence imaging and hyperspectral analysis subsystem, fusing the depth image of the biological tissue and the hyperspectral image to obtain a structural functional stereoscopic image of the biological tissue, determining an operative area according to the structural functional stereoscopic image of the biological tissue and performing scanning in the operative area to obtain a quasi-real-time image. The intelligent imaging system for the surgical operation has the advantages of being simple in structure, low in cost, simple in operation, high in imaging speed, high in image space resolution, small in size, light in weight and obvious in image effect.

Description

technical field [0001] The invention relates to the technical field of medical imaging, in particular to an intelligent imaging system for surgical operations. Background technique [0002] With the continuous improvement of technology, modern surgery has required the operation to be performed in a minimally invasive manner. It is required to minimize the trauma to the patient's physiological tissue while accurately locating the surgical target site, thereby avoiding open surgery. It minimizes the damage to the patient's body tissue and psychology, and reduces the trauma recovery period. Central nervous system lesions, especially tumors, have become a major threat to human health, and have attracted much attention because of their high mortality and disability. [0003] Surgery is the method of choice for radical treatment of central nervous system lesions. However, the most difficult problem in surgery at present is the precise determination of tumor boundaries. Therefor...

AI Technical Summary

Problems solved by technology

The lens design of the microscope is the same as the design of the neurosurgery microscope, which is a relatively cutting-edge technology at present. However, in microsurgery, it can only image biological tissues under natural light, which has high image clarity, and it is also difficult to accurately identify tumor boundaries.

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