1.The results showed that it was difficult to ablate left bundle branch accurately only guided by left bundle branch potential,but it was successful to ablate it and to preventing complete AVB with the X ray image localization.
研究还发现仅以标测到的左束支电位难以准确消融左束支 ,而单纯以X线影像定位就能成功阻断左束支。
2.In cases with right bundle branch block,Carto system could fail to ablate IVT due to the ex-tra-systoles caused by the disturbance of mapping-process.
Carto系统在ILVT(VT时体表12导联心电图表现为完全右束支阻滞伴左前分支阻滞或左后分支阻滞)标测过程中易受室性早搏干扰 ,形成错误的电解剖图而消融失败 ,且费用昂贵和手术时间长
3.According to the cocation, severity and involvement area of stenosis, endoscopic Nd∶YAG laser was employed to ablate adhesions, mucocele, granulation tissue and scar.
充分暴露病变部位 ,以Nd∶YAG激光切除粘连带、粘膜赘、肉芽组织及瘢痕。 激光手术后 ,11例插入气管套管扩张 ,15例未行扩张。
4.④CARTO system: We used CARTO system to map and ablate three cases with AT (focal and reentrant) and one case with AF and one case with ILVT .
④应用CARTO系统治疗 :3例AT(局灶性 +折返性 )、1例AF和 1例ILVT。
5.Conclusion PMCT can completely ablate HCC nodles less than 3 cm with advantage of minimal invasivense and could be turn into more reasonable meathord of ablating HCC nodles than other therapy.
结论置入式微波凝固疗法对直径
6.Put La_2NiO_4 and LaFe_(0.25)Ni_(0.75)O_3 ceramic respectively between two graphite electrodes and ablate them with high-power arc and then analyze the phase structure of the ceramics before and after corrosion to test the chemical stability of them.
将陶瓷材料放入石墨电极之间通过大功率电弧烧蚀并利用X射线衍射得到烧蚀前后陶瓷材料相结构，检验陶瓷材料高温电弧烧蚀下的化学稳定性。
7.but the depth only could ablate the bulking of choroidal tissue by the LASIK mode correcting -3.00D or the PTK mode ablating 45 μm.
而使用LASIK模式矫正-3·00D或PTK模式切削45μm时,都仅能祛除脉络膜主体。
8.Advancement of Targeted Ablate Therapy for Liver Cancer
肝癌靶向局部治疗新进展
9.Results: Rbkinesin-6 esiRNA could effectively and specifically ablate the expression of Rbkinesin-6. Rbkinesin-6 ablated cells could not finish the telophase/cytokinesis phase, and became binuclear/multinuclear cells.
结果:Rbkinesin-6esiRNA可特异性地消除A549细胞Rbkinesin-6的表达,Rbkinesin-6缺失的细胞无法完成有丝分裂末期/胞质分裂,进而转变为双/多核细胞。
10.Wang Honghai used XeCl quasimolecule laser to ablate Al target to deposite AIN by reaction between sputtered Al and ionic N2+.
王洪海等人使用XeCl准分子激光烧蚀铝靶，使Al溅射出来与放电离化的N_2~+反应生成AIN。
