hifu

Conclusion This method has the feasibility to be introduced as an auxiliary technique monitoring HIFU lesion area automatically.

Today's study indicates that HIFU should be a generally accepted form of treatment for prostate cancer.

"HIFU is based on a focused form of energy providing higher safety and precision than divergent energies (cryotherapy, radiotherapy), " Dr.

HIFU can ablate human adenomyosis in vitro effectively and do not hurt the tissues around of the ablation.

High, intensity focused ultrasound HIFU is one of the effective physical methods to treat tumor.

Objective To investigate the pathological change in human leiomyomas treated with high-intensity focused ultrasound (HIFU).

The lesions in animal tissues induced by high intensity focused ultrasound(HIFU)were detected by the method of ultrasound elastography.

At present HIFU has become the hot research as a great potential, noninvasive, effective tumor treatment.

abstract: Objective To evaluate the clinical effect and safety of High Intensity Focused ultrasound(HIFU) for treating the chyluria.

Many ultrasonic treatment systems produced by The Chongqing HIFU Company are acoustic lens focus system.

Objective To investigate the feasibility of high intensity focused ultrasound (HIFU) in the treatment of malignant bone tumors.

abstract: Objective: To investigate the clinical efficacy of cervical disease treat by ultrasound therapy HIFU.

Objective: To investigate the clinical effect of high intensity focused ultrasound (HIFU) in the treatment of chronic cervicitis.

Objective: To observe the effect and nurse of patients with malignant solid tumor treated with high-intensity focused ultrasound (HIFU).

Objective: To evaluate the effects of different radio dosage of HIFU on hepatocarcinoma cells cultured in vitro.

Methods: Cytology positive of cervical cancer after radiotherapy and chemotherapy in our hospital, changing HIFU treatment.

Objective: To investigate what non degassed water influence on HIFU probe ultrasonic field.

Conclusion The best dose of one-time HIFU radiation is 180 W, and the dose combination may be a better choice of cancer treatment.

Combination of varies imaging methods could effectively improve the diagnosis of bone tumors after HIFU treament.

Conclusion The coagulative necrosis appeared in the target region resulted from the effect of HIFU on biological tissues.

Methods After focusing on liver of rabbit with HIFU, the animal model was injected living Bifidobacterium bifidum via ear vein.

After HIFU treatment, carcinoma vascularities shadow were decreased or dismissed.

A linear array transducer for HIFU to treat the urinary system disease is described in this paper.

The main work is summarized as follows: 1. The methods of extracting signals irradiated by HIFU are studied.

High intensity focused ultrasound is a new medical technology and holds promise in the field of noninvasive therapy.

Cavitation is also important biologic effect of HIFU during treatment of tumor.

We introduce the applying prospect of HIFU for tu-mor treatment o.

Of the 15 tumors removed after HIFU 10 showed complete, homogeneous ablation of the entire tumor.

A transmission electron microscope study of rabbit liver after HIFU ablation combined with ultrasound contrast agents

A Clinical Study of Thermotherapy of HIFU in Combination with Chemotherapy on Treating Advanced Pancreatic Cancer

Study of Ultrasound Attenuation During HIFU Propagation in Ox Liver

Differential Integrated Backscatter Imaging for Monitoring the Formation of HIFU-induced Lesions in Soft Tissue

Evaluation of HIFU in Treating Advanced Recurrent or Refractory Pelvic Gynecologic Malignant Tumors

The Theoretical Analysis of Polarization Type Measurement of Fiber Gratings about Acoustical Press in HIFU Field

The Design of a Computer-Aided System in HIFU Therapeutic Equipment

Effect of Unequal Countercurrent Blood Vessels on the Temperature Distribution Due to HIFU

Malignant Bone Tumors Post Combined Therapy of HIFU and Intervention: A Preliminary Study on the Imaging Findings

Radiotherapy combination with HIFU for neck lymphatic metastases: A preliminary study

Application of comparative imaging in evaluation of effect of hepatocellular carcinoma treated by HIFU

Clinical Observation of HIFU in Combination with Chemotherapy on Recurrent or Metastatic Peritoneo-Pelvic Malignant Tumors

Affection of Perfluorocarbon Emulsion on Damage Efficiency of Rabbit Liver Treated with HIFU

Enhanced Effects of Ultrasound Contrast Agent on HIFU Ablation: Pathological Study

A transparent tissue-mimicking phantom for evaluating the focusing performance of HIFU

Development of a Numerical Control System of the Serial-Parallel HIFU Robot

Positioning Path Planning for HIFU Surgery Platform Application

Aptitude control of medium water temperature and water level in HIFU medical treatment system

Application of Multi- modal Image Registration in HIFU Localization System

Nursing and application of HIFU in limb-sparing procedure for the treatment of bone tumors

Apoptosis and Cell Proliferation in Rabbit Liver Following HIFU Ablation

Preliminary clinical observation on HIFU for treatment of chyluria

Discussion about nursing care in the treatment of benign prostate hyperplasia by HIFU

Key Technologies in HIFU Treatment Machine Development

Anesthesia observation of one-lung ventilation to aid HIFU treatment of liver carcinoma

Visualized measurement of HIFU temperature field

Research of expertise technologies in HIFU tumor-treating system

Nonlinear Transform of Energy in HIFU

Design and Implementation of Image Control System in HIFU

Sound Focal Region of HIFU in Layered Biological Tissue

Effect of ribs and lung blocking on biological focal region of HIFU

The effect of HIFU on human hepatocarcinoma cell line in vitro

HIFU high intersity foused ultrasound