超导介入消融技术治疗后无任何后遗症。，不留疤痕。
Superconducting intervention ablation technology after treatment without sequelae. , leaving scars.
目的：探索低温温控射频消融技术在耳鼻咽喉科的应用。
Objective: to explore the application of controlled hypothermia radio-frequency ablation technique in otolaryngology.
这些肿瘤消融技术包括冷冻、射频、微波、高强度聚焦超声、激光、等。
Such techniques include cryoablation, radiofrequency thermal ablation, microwave thermotherapy, high-intensity focused ultrasound, laser interstitial thermal therapy, and so on.
那么对于各种海绵状血管瘤的治疗，超导介入消融技术到底具备哪些特色呢？
So for all sorts of cavernous hemangioma treatment, superconducting technology exactly what intervention ablation with characteristic?
目的评估超声引导复合热消融技术治疗中、大肝细胞癌（HCC）的应用价值。
Objective To evaluate the clinical values of ultrasound guided percutaneous composite thermal ablation technique in the treatment of medium and large hepatocellular carcinoma(HCC).
超导介入消融技术治疗痛苦很小，不麻醉，婴幼儿出生不久即可采用此方法治疗。
Superconducting intervention ablation technique for treatment of pain is very small, do not anesthesia, infants born will soon be using this method treatment.
目的：改进微波消融技术以扩大肝组织凝固范围，为临床改善局部疗效提供实验依据。
Objective: to expand coagulation zone in liver tissue by improving microwave ablation technique, so as to provide experimental evidence for clinical improvement of local efficacy.
激光消融技术的关键在于掌握消融阈值与辐照波长的相关性，获得大的消融率和减少热损伤等等。
One of the most key problems in laser ablation is that of mastering the relativity of ablation threshold and wavelength, maximizing ablation rate, while simultaneously minimizing heat damage.
新的方法将CT（计算机断层成像）与传统的射频消融技术结合，用来消除心脏内引起心律失常的不稳定电环路。
The new approach couples CT (computed tomography) images with conventional ablation techniques to eliminate erratic electrical circuits in the heart that produce arrhythmias.
目的：探讨射频消融技术对猪甲状腺组织的影响，以了解毁损灶的形成大小与时间、功率的关系以及射频消融猪甲状腺组织的病理变化。
Objective To explore the size of the porcine thyroid gland ablation lesions corresponding to the power and the time and the pathological change after radiofrequency.
射频消融术，缩写为rfa，是一种针对癌症的微创疗法。它是一种通过导航技术找到并加热杀死癌细胞的技术。
Radiofrequency ablation, sometimes referred to as RFA, is a minimally invasive treatment for cancer. It is an image-guided technique that heats and destroys cancer cells.
利用冷冻技术可保证导管在消融过程中粘附在组织上，使其更加稳定。
The freezing technology allows the catheter to stick to tissue during ablation, making it more stable.
这一技术的面世代表着当前针对房颤的局部消融治疗向前迈进了一大步。
This technology represents a significant improvement over currently used focal ablation treatment for atrial fibrillation.
目的通过对肺肿瘤射频热消融(RFA)治疗效果的观察，评价其技术特点、安全性和疗效。
Objective Technology characteristic, safety and therapeutic effect were evaluated by observing the result of Radiofrequency ablation (RFA) treating pulmonary tumors.
这用于晚期肿瘤的治疗，但目前最流行的技术是射频消融，但有一些限制。
This, of course is a treatment for elderly stage tumors, however the technique that is currently the most popular, radio-frequency ablation, has some limitations.
结论可控消融等离子技术是一种治疗膝关节半月板损伤的简单、有效、安全的微创治疗方法。
Conclusion Radiofrequency ablation was a safe, simple and effective technology for the treatment of meniscus injury of knee joints.
随着现代医学科学技术的进步，各种微创消融治疗肾肿瘤技术日益引起人们的关注。
With further advances in the technology of modern medicine, various minimally invasive ablation options in the management of renal tumors are being advocated for carefully selected patients.
重点介绍了激光消融法制备纳米颗粒、薄膜的原理、特点段激光淬火、激光表面熔敷和激光表面合金化等材料表面改性技术。
The laser ablation principle and outstanding advantage in nano-particle and nano-film preparation, as well as laser quenching, laser cladding and laser surface alloying were presented.
心动过速，室性；导管消融术；电生理学技术，心脏。
Tachycardia, ventricular; Catheter ablation; Electrophysiologic technique, cardiac.
前言：目的：探讨CT、mri图像融合技术引导下立体定向边缘系统内多靶点射频消融治疗难治性精神病的意义。
Objective: To study the significance of Stereotactic radio-frequency ablation multi-target in limbic system for treatment of intractability psychosis by image fusion with ct or MRI.
为了评估这种新技术的潜在价值，研究小组在纳入患者接受消融后，将三维成像的数据与临床消融后数据对比。
To assess the potential value of this novel technology, the research team compared data from the 3-d imaging with the clinical data after ablations were performed on the patients in the study.
为了评估这种新技术的潜在价值，研究小组在纳入患者接受消融后，将三维成像的数据与临床消融后数据对比。
To assess the potential value of this novel technology, the research team compared data from the 3-d imaging with the clinical data after ablations were performed on the patients in the study.
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