中华消化外科杂志
中華消化外科雜誌
중화소화외과잡지
CHINESE JOURNAL OF DIGESTIVE SURGERY
2011年
2期
113-115
,共3页
易滨%梁丽琼%王茵%程庆宝%邱应和%郭佳%姜小清%吴孟超
易濱%樑麗瓊%王茵%程慶寶%邱應和%郭佳%薑小清%吳孟超
역빈%량려경%왕인%정경보%구응화%곽가%강소청%오맹초
胆管肿瘤,肝门部%门静脉栓塞%血流动力学
膽管腫瘤,肝門部%門靜脈栓塞%血流動力學
담관종류,간문부%문정맥전새%혈류동역학
Cholangiocarcinoma,hilar%Portal vein embolization%Hemodynamics
目的 研究肝门部胆管癌术前门静脉栓塞(PVE)前后血流动力学的变化,并分析其与非栓塞肝叶增生速度的关系.方法 回顾性分析2008年4月至2009年12月第二军医大学东方肝胆外科医院收治的21例肝门部胆管癌患者的临床资料.在手术治疗前进行钢圈PVE治疗,在该治疗前和治疗后第3、7、14天采用彩色多普勒超声对门静脉的血流动力学指标进行测量、分析.计量资料比较采用Student t 检验,双变量正态分布数据相关分析采用线性相关分析方法.结果 本组患者门静脉主干压力在PVE治疗后为(25.9±4.1)cm H2O(1 cm H2O=0.098 kPa),高于PVE治疗前的(22.4±4.1)cm H2O,升高幅度达到(3.5±2.5)cm H2O(t=-6.504,P<0.05);门静脉非栓塞支血流速度在PVE治疗后加快,第7天血流速度达到峰值(26±9)cm/s;非栓塞肝叶增生速度与栓塞肝叶血管床占全肝体积比呈正相关(r=0.593,P<0.05).结论 栓塞的门静脉血管床范围越大,PVE诱导的非栓塞肝叶增生速度越快.
目的 研究肝門部膽管癌術前門靜脈栓塞(PVE)前後血流動力學的變化,併分析其與非栓塞肝葉增生速度的關繫.方法 迴顧性分析2008年4月至2009年12月第二軍醫大學東方肝膽外科醫院收治的21例肝門部膽管癌患者的臨床資料.在手術治療前進行鋼圈PVE治療,在該治療前和治療後第3、7、14天採用綵色多普勒超聲對門靜脈的血流動力學指標進行測量、分析.計量資料比較採用Student t 檢驗,雙變量正態分佈數據相關分析採用線性相關分析方法.結果 本組患者門靜脈主榦壓力在PVE治療後為(25.9±4.1)cm H2O(1 cm H2O=0.098 kPa),高于PVE治療前的(22.4±4.1)cm H2O,升高幅度達到(3.5±2.5)cm H2O(t=-6.504,P<0.05);門靜脈非栓塞支血流速度在PVE治療後加快,第7天血流速度達到峰值(26±9)cm/s;非栓塞肝葉增生速度與栓塞肝葉血管床佔全肝體積比呈正相關(r=0.593,P<0.05).結論 栓塞的門靜脈血管床範圍越大,PVE誘導的非栓塞肝葉增生速度越快.
목적 연구간문부담관암술전문정맥전새(PVE)전후혈류동역학적변화,병분석기여비전새간협증생속도적관계.방법 회고성분석2008년4월지2009년12월제이군의대학동방간담외과의원수치적21례간문부담관암환자적림상자료.재수술치료전진행강권PVE치료,재해치료전화치료후제3、7、14천채용채색다보륵초성대문정맥적혈류동역학지표진행측량、분석.계량자료비교채용Student t 검험,쌍변량정태분포수거상관분석채용선성상관분석방법.결과 본조환자문정맥주간압력재PVE치료후위(25.9±4.1)cm H2O(1 cm H2O=0.098 kPa),고우PVE치료전적(22.4±4.1)cm H2O,승고폭도체도(3.5±2.5)cm H2O(t=-6.504,P<0.05);문정맥비전새지혈류속도재PVE치료후가쾌,제7천혈류속도체도봉치(26±9)cm/s;비전새간협증생속도여전새간협혈관상점전간체적비정정상관(r=0.593,P<0.05).결론 전새적문정맥혈관상범위월대,PVE유도적비전새간협증생속도월쾌.
Objective To detect the changes of hemodynamics in patients with portal vein embolization (PVE) before surgery for hilar cholangiocarcinoma, and analyze the relationship between hemodynamics and liver hypertrophy. Methods The clinical data of 21 patients with hilar cholangiocarcinoma who were admitted to the Eastern Hepatobiliary Surgery Hospital from April 2008 to December 2009 were retrospectively analyzed.Relevant hemodynamic variables were detected and analyzed before and 3, 7, 14 days after PVE. Data were processed using Student t test or linear correlation analysis. Results The main portal vein pressure after PVE was (25.9 ± 4.1 ) cm H2O ( 1 cm H2O = 0.098 kPa), which was ( 3.5 ± 2.5 ) cm H2O higher than that before PVE [( 22.4 ± 4.1 ) cm H2O] ( t = - 6. 504, P < 0.05 ). The blood flow velocity in the non-embolized branch of portal vein increased after PVE, and reached peak [(26 ±9)cm/s] at the seventh day after PVE. A positive correlation was found between the hypertrophic rate of the non-embolized lobes and the ratio of embolized lobes to total liver volume ( r = 0. 593, P < 0. 05 ). Conclusion Greater scope of the embolized vascular bed of portal vein induces higher hypertrophic rate of non-embolized liver.