股动脉

gǔ dòng mài
  • Femoral artery;arteria femoralis;arteria cruralis
股动脉股动脉
股动脉[gǔ dòng mài]
  1. 观察16周后,各组大鼠处死,股动脉放血,与口服补肾方药比较治疗骨质疏松。

    After 16 weeks of observation , the rats were killed and blood letted from arteria cruralis to compare the effect on osteoporosis with oral taken of prescription for tonifying kidney .

  2. 处死时间、取材与测量指标:分别于试验开始后的4周、8周、12周时每组取10只大鼠处死,处死前测量大鼠的体重,股动脉放血处死。

    Execution time , sample acquirement and measurement index : 10 rats out of each group was respectively executed by exsanguination from arteria cruralis on the 4th week , 8th week and 12th week , weight measured before execution .

  3. 股动脉与股静脉解剖关系的CT研究及其在介入放射学中的意义

    Anatomic Relationship Between the Femoral Artery and Vein : CT Evaluation and Significance in Interventional Procedures

  4. DSA通过股动脉插管技术,获得减影后血管图像。

    DSA vascular images were got through femoral catheterization .

  5. PCS植入前、后股动脉血流动力学变化;

    The hemodynamics of femoral artery before and after implantation of PCS ;

  6. 经一侧股动脉穿刺插管双侧髂内动脉DSA介入治疗骨盆肿瘤

    Bilateral internal Iliac Arterial Interventional Treatment with DSA for Pelvic Malignancies Through Unilateral Femoral Artery Catheterization

  7. 采用单侧股动脉穿刺,双侧子宫动脉造影,PVA颗粒加自制明胶海绵颗粒栓塞。

    Treated by unilateral femoral puncture , uterus Artery photography , embolized with PVA grain and absorbable gelation grain .

  8. 方法对120例经临床和CT诊断为自发性蛛网膜下腔出血的患者经股动脉穿刺插管进行选择性的全脑血管数字减影血管造影术检查,部分病因明确病例进行栓塞治疗。

    Methods Selective DSA was conducted in 120 patients with the SAH confirmed by clinical symptoms and CT , embolic treatments were given to the partial patients whose etiology was clear .

  9. 结果随年龄增加,胸主动脉、颈动脉及股动脉IMT呈增加趋势;

    Results In carotid , and femoral arteries and thoracic aorta , IMT increased with aging .

  10. 结论CDFI可以客观评估股动脉假性动脉瘤的形态学及治疗前后血流动力学的改变。

    Conclusion CDFI may objectively evaluate the morphology of femoral pseudoaneurysms and the hemodynamic changes before and after the treatment .

  11. 使用4F导管经股动脉径路行冠脉造影115例体会

    Diagnostic coronary angiography by femoral artery approach with 4F catheter in 115 cases

  12. 腺苷受体拮抗剂8-PT处理组:在3次循环IPC处理前,经股动脉注入30mg8-PT,再缺血4h,再灌注1h。

    Adenosine receptor antagonist 8-PT group , treatment with adenosine receptor antagonist 8-PT before ischemic preconditioning .

  13. 目的通过测量Rho连接激酶(Rhoassociatedkinase,ROK)蛋白的含量来研究其在模拟失重大鼠股动脉收缩中可能发挥的作用。

    Objective To determine the role of Rho associated kinase ( ROK ) in contraction of femoral artery from rats underwent tail suspension .

  14. 穿刺取股动脉血液测定动脉血氧饱和度(SaO2)。

    Femoral artery blood was sampled for blood oxygen saturation ( SaO 2 ) .

  15. 本文报道经手术、病理证实的15例晚期或复发性骨盆肿瘤.经一侧股动脉穿刺插管双侧髂内动脉DSA介入治疗的初步体会。

    Transcatheter bilateral iliac arterial internal iliac arterial infusion chemotherapy and embolization through unilateral femoral artery catheterization were Performed in 15 cases with advanced or recurrent pelvic malignancies .

  16. 应用5F与6F导管经股动脉径路行冠状动脉造影术的对比研究

    A contrast study on 5F and 6F catheter in femoral artery coronary angiography

  17. 结论:GST降低股动脉血管床的血管张力,其机制与酷氨酸激酶抑制和NO释放有关。

    Conclusion : Genistein can decrease the vascular tone in femoral vascular bed with the underlying mechanism that involves tyrosine kinase inhibition and NO release .

  18. 结论实施PCI术的两种途径都是安全、有效和可行的方法,与经股动脉比较,经桡动脉途径可减少并发症的发生。

    Conclusion Coronary intervention via radial approach is a safe and feasible alternative compared with the conventional transfemoral approach , with relatively less vascular complications and more comfort the patient enjoyed .

  19. 支架型人工血管在X线透视下经股动脉被释放在RAA的预定位置。

    Stent-grafts were deployed in proper position of RAA under X-ray fluoroscopic .

  20. 目的了解经股动脉无肝素化和经桡动脉小剂量肝素行冠状动脉造影(简称CAG)术后,患者舒适度以及血管穿刺局部并发症的发生情况。

    Objective To investigate the comfort degree and local complications of transradial approach with heparin coronary angiography ( CAG ) and transfemoral approach without heparin CAG .

  21. 目的观察局部应用碱性成纤维细胞生长因子(bFGF)联合干细胞动员剂对促进兔缺血后肢血管新生的作用。方法40只大耳白兔均切断左侧股动脉及其分支,制作兔后肢缺血模型。

    Objective To evaluate the effect of local co-application of basic fibroblast growth factor ( bFGF ) and mobilized bone marrow stem cells on angiogenesis in ischemic limbs of rabbits .

  22. 加大造影剂量,股动脉注药及特殊曝光延时,均增加了DSA的成像质量和诊断信息。

    By increasing dosage and injection speed of contrast agent in femoral artery , and using adequate delay time , the imaging quality was improved and more diagnostic information was provided .

  23. 目的比较使用4F及6F造影导管经股动脉径路行冠状动脉造影的可行性。

    Objectives To compare 4F Catheter with 6F catheter in the diagnostic coronary angiography by femoral artery approach .

  24. 结果悬吊大鼠股动脉血管环对KCl和苯肾上腺素的收缩反应性显著降低;

    RESULTS The contractile responsiveness to KCl and PE of femoral arterial rings isolated from simulated weightless rats significantly decreased , as compared with control group .

  25. 采用Seldinger法,经股动脉入路,选择性肾动脉血管造影和栓塞治疗,栓塞材料为明胶海绵。

    We used Seldinger method : selective arterial angiography and embolization therapy from femoral artery . Embolization material was gelfoam .

  26. 本文采用低功率CO2激光对完全性切断后的家兔股动脉(直径为1.0~1.8mm)进行焊接吻合。

    Reports on the use of low-power carbon dioxide laser to anastomose the severed femoral arteries ( 1.0-1.8 millimeter in diameter ) of rabbits .

  27. 在戊巴比妥钠麻醉兔中,记录股动脉血压,心率(HR)和肾交感神经活动(RSNA)。

    The femoral arterial pressure , heart rate ( HR ) and renal sympathetic nerve activity ( RSNA ) were recorded in pentobarbital anesthetized rabbits .

  28. 腹主动脉及髂股动脉造影后,经股动脉或肱动脉路径采用导丝开通、溶栓、PTA和内支架置入等多种介入方法综合治疗。

    After angiography of abdominal part of aorta and iliac-femoral artery , we carried out canalization , thrombolysis , PTA and stent implantation by guidewire via femoral artery or humoral artery .

  29. 【方法】17例PTCA术后穿刺部位发现肿块和(或)听诊有血管杂音的患者,采用CDE检查股动脉及其周围组织;

    Femoral arteries and periarterial tissues in 17 patients with a mass and / or vascular murmur at the puncture site after PTCA were examined by CDEI .

  30. 从左、右股动脉起始点经髂外动脉、髂总动脉、主动脉至左冠状动脉口的长度分别为(61.4±2.8)cm和(61.9±2.9)cm;

    The lengths from the starting point of left and right femoral artery to the starting point of left coronary artery via iliac Artery , iliac common artery and aorta were 61.4 ± 2.8 cm and 61.9 ± 2.9 cm .