临床肺科杂志
臨床肺科雜誌
림상폐과잡지
JOUNAL OF CLINICAL PULMONARY MEDICINE
2015年
4期
589-591,592
,共4页
朱益军%李洪伟%陈辉%王培%宋言峥
硃益軍%李洪偉%陳輝%王培%宋言崢
주익군%리홍위%진휘%왕배%송언쟁
耐多药肺结核%手术时机%评估
耐多藥肺結覈%手術時機%評估
내다약폐결핵%수술시궤%평고
multi-drug resistant tuberculosis%operation time%assessment
目的:探索建立早期外科干预耐多药肺结核最佳手术时机的评估方法,以降低耐多药肺结核患者的住院费用及手术并发症发生率。方法以中华医学会结核病分会的《临床技术操作规范》(结核病分册)为基礎,根据患者的病变特点、术前用药、身体状况及手术方式等建立一简单实用的LTB-S最佳手术时机判断方法;同时,按照LTB-S分类方法,将耐多药肺结核外科手术的病人分为Ⅰ、Ⅱ、Ⅱ类。随机选择已手术的30例耐多药肺结核手术病人进行验证分析。结果随机选择的30例耐多药结核病人无1例手术死亡。手术方式:肺叶切除15例,全肺切除5例,肺局限病灶清除8例,胸膜肺全切2例。并发症:支气管胸膜瘘2例,术后对侧播散3例,二次进胸止血1例,术后伤口裂开2例。按LTB-S分类方法,I类手术并发症1例,Ⅱ类手术并发症2例,Ⅲ类手术并发症5例。随访4个月-12年,未治愈2例,复发0例。结论 LTB-S可以作为耐多药肺结核最佳手术时机的判断方法,值得临床推广。
目的:探索建立早期外科榦預耐多藥肺結覈最佳手術時機的評估方法,以降低耐多藥肺結覈患者的住院費用及手術併髮癥髮生率。方法以中華醫學會結覈病分會的《臨床技術操作規範》(結覈病分冊)為基礎,根據患者的病變特點、術前用藥、身體狀況及手術方式等建立一簡單實用的LTB-S最佳手術時機判斷方法;同時,按照LTB-S分類方法,將耐多藥肺結覈外科手術的病人分為Ⅰ、Ⅱ、Ⅱ類。隨機選擇已手術的30例耐多藥肺結覈手術病人進行驗證分析。結果隨機選擇的30例耐多藥結覈病人無1例手術死亡。手術方式:肺葉切除15例,全肺切除5例,肺跼限病竈清除8例,胸膜肺全切2例。併髮癥:支氣管胸膜瘺2例,術後對側播散3例,二次進胸止血1例,術後傷口裂開2例。按LTB-S分類方法,I類手術併髮癥1例,Ⅱ類手術併髮癥2例,Ⅲ類手術併髮癥5例。隨訪4箇月-12年,未治愈2例,複髮0例。結論 LTB-S可以作為耐多藥肺結覈最佳手術時機的判斷方法,值得臨床推廣。
목적:탐색건립조기외과간예내다약폐결핵최가수술시궤적평고방법,이강저내다약폐결핵환자적주원비용급수술병발증발생솔。방법이중화의학회결핵병분회적《림상기술조작규범》(결핵병분책)위기초,근거환자적병변특점、술전용약、신체상황급수술방식등건립일간단실용적LTB-S최가수술시궤판단방법;동시,안조LTB-S분류방법,장내다약폐결핵외과수술적병인분위Ⅰ、Ⅱ、Ⅱ류。수궤선택이수술적30례내다약폐결핵수술병인진행험증분석。결과수궤선택적30례내다약결핵병인무1례수술사망。수술방식:폐협절제15례,전폐절제5례,폐국한병조청제8례,흉막폐전절2례。병발증:지기관흉막루2례,술후대측파산3례,이차진흉지혈1례,술후상구렬개2례。안LTB-S분류방법,I류수술병발증1례,Ⅱ류수술병발증2례,Ⅲ류수술병발증5례。수방4개월-12년,미치유2례,복발0례。결론 LTB-S가이작위내다약폐결핵최가수술시궤적판단방법,치득림상추엄。
Objective To explore a optimal surgery time based onsurgical mark forward for multi-drug resist-ant tuberculosis patients ( MDR-TB) , in order to reduce the medical costs and complications. Methods We set up a simple LTB-Spractical judgment system according to patients′ disease characteristics, preoperative medication, physical condition and operation methods. And the patients were divided into classⅠ,Ⅱ andⅢ. 30 MDR-TB pa-tients were randomly chosen for this analysis. Results 30 MDR-TB patients were all survival. There were 15 cases of lobectomy, 5 cases of pneumonectomy, 8 cases of limited lung lesions cleared, and 2 cases of pleural lung cut. For complications, there were 2 cases of post-pneumonectomy fistula, 2 cases of contralateral spread, 1 case of secondary bleeding, and 2 cases into the chest of postoperative wound dehiscence. According to LTB-S classification method, 1 case was in classⅠ, 2 cases were in classⅡ, and 5 cases were in class Ⅲ. All of them were followed-up for 4 months to 12 years, and 2 cases did not cure and no recurrence occurred. Conclusion LTB-S judging system can be used as the optimal timing of surgery for judgment method.