交通医学
交通醫學
교통의학
MEDICAL JOURNAL OF COMMUNICATIONS
2014年
1期
17-19
,共3页
胡飞%岑波%蒋泳%邱勇%周军格
鬍飛%岑波%蔣泳%邱勇%週軍格
호비%잠파%장영%구용%주군격
术中超声%脑胶质瘤%显微外科手术
術中超聲%腦膠質瘤%顯微外科手術
술중초성%뇌효질류%현미외과수술
intracranial ultrasound%brain gliomas%microsurgical operation
目的:探讨术中超声技术在脑胶质瘤手术中的应用价值。方法:脑胶质瘤50例经术前CT和(或)MRI确诊行手术治疗,为准确定位和彻底清除肿瘤,术中行超声检查,并监测手术全过程。结果:脑胶质瘤50例术中,超声均成功引导术者在术中准确定位病灶,并提供最佳手术路径。术中超声检查结果:高级别胶质瘤超声表现为形态不规则,边缘不整齐,内部回声呈等至高回声信号。部分病例可见大小不等的多发囊性回声,病变外周可见稍高回声水肿带。低级别胶质瘤表现为均匀稍强回声信号,与正常脑组织分界较清晰。结论:术中超声能提供实时的术中影像信息,准确识别、定位病灶,在手术过程中可以反复操作,有效地保护病灶周围重要结构及大血管,提高手术全切率,减少术后并发症。
目的:探討術中超聲技術在腦膠質瘤手術中的應用價值。方法:腦膠質瘤50例經術前CT和(或)MRI確診行手術治療,為準確定位和徹底清除腫瘤,術中行超聲檢查,併鑑測手術全過程。結果:腦膠質瘤50例術中,超聲均成功引導術者在術中準確定位病竈,併提供最佳手術路徑。術中超聲檢查結果:高級彆膠質瘤超聲錶現為形態不規則,邊緣不整齊,內部迴聲呈等至高迴聲信號。部分病例可見大小不等的多髮囊性迴聲,病變外週可見稍高迴聲水腫帶。低級彆膠質瘤錶現為均勻稍彊迴聲信號,與正常腦組織分界較清晰。結論:術中超聲能提供實時的術中影像信息,準確識彆、定位病竈,在手術過程中可以反複操作,有效地保護病竈週圍重要結構及大血管,提高手術全切率,減少術後併髮癥。
목적:탐토술중초성기술재뇌효질류수술중적응용개치。방법:뇌효질류50례경술전CT화(혹)MRI학진행수술치료,위준학정위화철저청제종류,술중행초성검사,병감측수술전과정。결과:뇌효질류50례술중,초성균성공인도술자재술중준학정위병조,병제공최가수술로경。술중초성검사결과:고급별효질류초성표현위형태불규칙,변연불정제,내부회성정등지고회성신호。부분병례가견대소불등적다발낭성회성,병변외주가견초고회성수종대。저급별효질류표현위균균초강회성신호,여정상뇌조직분계교청석。결론:술중초성능제공실시적술중영상신식,준학식별、정위병조,재수술과정중가이반복조작,유효지보호병조주위중요결구급대혈관,제고수술전절솔,감소술후병발증。
Objectives: To monitor the whole process of microsurgical resection of glioma by IOUS and to study the application value of intraoperative ultrasound (intraoperative ultrasound, IOUS) in resection of glioma. Methods: During March 2009 and November 2013, IOUS was used to check 50 patients who were diagonised as glioma by CT and / or MR before the operation treatment in our hospital neurosurgical department and to monitor the surgical process. Results:50 cases could clearly showed the images of lesion. High grade glioma ultrasound showed irregular shape and irregular edge. The internal echo displayed the echo signal that was equal to high in form, in some cases showed multiple cystic echo of varying sizes, and in the outer periphery of the lesion showed slightly visible echo edema. Low-grade glimas showed slightly higher homogeneous echo signals and had a clear demarcation with normal brain tissue. Conclusion: Intraoperative ultrasound can provide the image information in real time operation, accurate identification and location of lesions, make it possible to repeat the operation procedures in the operation process, effectively protect the surrounding important structures and large blood vessels, improve the operation resection rate, and reduce the postoperative complications.