超声治疗学>>Chap.8HIFUTherapeuticTechnology1APrototypeMRgHIFUTherapeutic System重庆医科大学生物医学工程系
超声治疗学 >>Chap. 8 HIFU Therapeutic Technology 1 重庆医科大学生物医学工程系 A Prototype MRgHIFU Therapeutic System
超声治疗学>>Chap,8HIFUTherapeuticTechnology1Real Time MRI Monitoring中Real time visualization of a single lesion in in vitro ox liver on theMRI T-map imaging during HIFU重庆医科大学生物医学工程系
超声治疗学 >>Chap. 8 HIFU Therapeutic Technology 1 重庆医科大学生物医学工程系 Real Time MRI Monitoring Real time visualization of a single lesion in in vitro ox liver on the MRI T-map imaging during HIFU
超声治疗学>>Chap.8HIFUTherapeuticTechnology1FeaturesUSMRICosteffective3DanatomicinformationforexacttumortargetingBeam path visualization for safe treatmentReal time thermometryto achieve plannedoutcomePost-treatment contrast imaging forevaluatingtreatmentoutcomeMotion robust (correction, tracking)重庆医科大学生物医学工程系
超声治疗学 >>Chap. 8 HIFU Therapeutic Technology 1 重庆医科大学生物医学工程系 Motion robust ( correction, tracking) US MRI Post-treatment contrast imaging for evaluating treatment outcome Real time thermometry to achieve planned outcome Beam path visualization for safe treatment 3D anatomic information for exact tumor targeting Cost effective Features
超声治疗学>>Chap,8HIFUTherapeuticTechnology！Biological behaviorHistopathologicalexamReal-time adjustmentLesion rangeCorrelation between the lesionAdjuvant therapiesand surrounding normal tissueReal-timeOptimal beampath waymonitoringSelection of transducerDistancefromdeeperlayertoTherapy(frequency,focal length)the skinTPS3D conformal scanningEffect evaluationImaging exams like CT/MRIDelivery of the doseBlood circulation of the lesionand the organDopplerAdjustmentSystemic situationsDevelopment of treatment planningPhysicalexamsystem (TPS) for HIFU clinicalOthertherapiesapplicationReview the patient's history重庆医科大学生物医学工程系
超声治疗学 >>Chap. 8 HIFU Therapeutic Technology 1 重庆医科大学生物医学工程系 Development of treatment planning system (TPS) for HIFU clinical application Therapy Real -time monitoring Effect evaluation Adjustment Real-time adjustment Biological behavior Histopathological exam Lesion range Correlation between the lesion and surrounding normal tissue Optimal beam path way Distance from deeper layer to the skin Imaging exams like CT/MRI Blood circulation of the lesion and the organ Doppler Systemic situations Physical exam Other therapies Review the patient’s history Adjuvant therapies Selection of transducer (frequency, focal length) 3D conformal scanning Delivery of the dose TPS
超声治疗学>>Chap.8HIFUTherapeuticTechnology1Three Characteristics of HIFUTumor AblationNoninvasive thermal ablation Thermal ablation of tumor at any shapeReal-time imaging monitoring重庆医科大学生物医学工程系
超声治疗学 >>Chap. 8 HIFU Therapeutic Technology 1 重庆医科大学生物医学工程系 Three Characteristics of HIFU Tumor Ablation Noninvasive thermal ablation Thermal ablation of tumor at any shape Real-time imaging monitoring