Establishment of multi-mode three-dimensional image fusion technology system and its application in diagnosis and treatment of cerebrovascular disease

doi:10.3877/cma.j.issn.2095-123X.2023.03.001

Abstract

Abstract:

Multi-modal three-dimensional (3D) image fusion technology can obtain multi-modal 3D image fusion of various anatomical structures by inputting two or more different digital 3D image data (CT, MR, DSA, etc.) into a post-processing workstation and using image fusion software for reconstruction, anatomical registration and image fusion. Among them, "image fusion" refers to the fusion technology, and "fusion image" is the fusion result. This fusion image can more comprehensively and accurately display the adjacent anatomical relationship of cerebrospinal vascular disease, which is conducive to the accurate diagnosis of cerebrospinal vascular disease and guide treatment plans. It can also further feedback the DSA system and navigation system to directly guide surgical treatment, so as to improve surgical efficacy and reducing surgical risk. This article reviews the establishment of multi-mode 3D image fusion technology system and its application in diagnosis and treatment of cerebrovascular disease.

Key words: Cerebrovascular disease, Three-dimensional image fusion, Microsurgery, Interventional neurosurgery

Jun Li, Lianting Ma. Establishment of multi-mode three-dimensional image fusion technology system and its application in diagnosis and treatment of cerebrovascular disease[J]. Chinese Journal of Brain Diseases and Rehabilitation(Electronic Edition), 2023, 13(03): 129-134.

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Figures/Tables 6

Fig.1 Images from different data sources import workstation

Fig.3 Ascertaining responsible aneurysm by the fusion of CT and 3D-DSA images

Fig.4 Intracranial arterial stent shown in the reduced field-of-view images

Fig.5 Double volume imaging technique: the relation between aneurysms and microcoil can be observed by fusing the original images of microcoil (purple) and 3D images of vessels

Fig.7 Using CTA or preoperative 3D-DSA images as the virtual road map

Fig.8 Fuse DSA images and navigation system

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