ABSTRACT
Digital intelligent diagnostic and treatment technology refers to a novel technology which is based by associating digitalized and intelligent high-tech with modern science to form a multi-knowledge and multi-disciplinary domain; it includes three-dimensional visualization,3 D printing,molecular fluorescence imaging,mixed reality,photoacoustic imaging,artificial intelligence-radiomis and real-time multimodal image surgical navigation.It plays a significant role in precision diagnosis,preoperative planning and intraoperative navigation of diseases.The authors' team,combining digital intelligent technology with the actual vascular distribution of patients,has been committed to the realization of individualized liver segmentation,volume calculation,simulation surgery,preoperative planning,mixed reality,tumor boundary definition and real-time image fusion for navigation in liver surgery.The research results were applied clinically,and achieved anatomical,functional,and radical hepatectomy for liver tumors.
ABSTRACT
Hepatic alveolar echinococcosis is a kind of zoonosis with poor prognosis.At present,the diagnosis and treatment are mainly based on ultrasound,CT diagnosis,MRI and other classical imaging by detecting the terminal effects of the changes on the cell molecules of the disease itself,the organ anatomy changes.However,it is found that the above imaging techniques have limitations in the diagnosis and treatment.For example,the infiltration zone of the lesion is not clear and the degree of biological activity can not be determined.This leads to a higher recurrence rate in the late stage of clinical treatment.In recent years,the molecular imaging shows the abnormal cell and molecular level in the disease process has been developed rapidly.This has led to several diagnosis and treatment problems related to liver vesicular disease.This paper mainly reviews the research results of the disease in the field of molecular imaging and the development direction of this field in the future,to provide guidance for future clinical and scientific research.