saphenous造句
31 Methods Clinical materials of laser treatment of 420 patients (525 limbs) with greater saphenous vein (GSV) varices were studied retrospectively.
32 Objective: To provide anatomic basis for the application of reverse-flow flap pedicled with saphenous nerve and its nutrient vessels.
33 Conclusions: Endovenous laser treatment for varicose great saphenous veins is effective and micro-traumatic.
34 Objective: To provide anatomical basis for treatment of the deep venous thrombosis of lower limb with deep femoral vein shunting to contralateral great saphenous vein.
35 Objective To study the clinical effects of repair of soft tissue defects at the lower limbs by transplanting the retrograde island skin flap pedicled with saphenous nerve and nutrient vessel.
36 Methods:Branch of the great saphenous vein were observed and measured on 72 adult cadaver specimens.
37 Objectives: To assess the risk of injury to the superficial peroneal nerve, saphenous nerve, and saphenous vein in percutaneous fixation of the distal fibula and tibia.
38 Objective To find out the advantages of large saphenous vein as the puncture site for venous retention when compared with other sites on caesarean section of direct rooming-in.
39 A new method for venography of lower extremity was designed in which the great saphenous vein was exposed at the medial aspect of the knee.
40 There are branches of saphenous nerve and medial dorsal cutaneous nerve on the flap.
41 The saphenous branch supplies the skin on the medial genicular region.
42 Objective: To observe the clinical effects of endoscopic great saphenous vein harvesting in coronary artery bypass.
43 Objective:To report the curative effect of 10 cases with iliofemoral vein embolism treated by great saphenous vein to femoral vein shunting.
44 Objective To observe the validity and rationality of the portal azygos disconnection combined with greater omentum fixed on the wall of abdomen and varicose epiploic vein-great saphenous vein shunt.
45 Objective To investigate the relation of the incision direction to the injury of the infrapatellar branch of the saphenous nerve (IPBSN) during anterior cruciate ligament (ACL) reconstruction.
46 Objective To investigate the relationship between the varicosis and the smooth muscle cell (SMC) by studying the morphological changes of the SMC in the varicose great saphenous.
47 Conclusion:This experimental study might provide anatomical materials for high ligation of great saphenous vein.
48 When any anteromedial approach is made, including one for meniscectomy , the infrapatellar branch of the saphenous nerve should be protected (Fig. 1-39).
49 Objective To evaluate the electrocoagulation and the denudation of the of great saphenous veins and its effects.
50 Conclusions RFO effectively obliterates the whole length of the great saphenous vein and is of less trauma, faster recovery, and less scars.
51 This flap is supplied by the retrograde flow of the saphenous artery via communication mainly with the medial inferior genicular artery.
52 To provide anatomical basis for treatment of the deep venous thrombosis of lower limb with deep femoral vein shunting to contralateral great saphenous vein.
53 Conclusion The condylus osteocutaneous flap pedicled with the saphenous vessels can repair the upper two thirds leg defects when used for reversed transposition.
54 Method Design the flaps along the distribution of saphenous nerve based on the size of defect, and repair the defect of soft tissue defect around knee.
55 Methods Ultrasonography was adopted for detection in 41 persons with 82 normal descending genicular arteries and saphenous arteries.
56 Objective: To evaluate methods, indications and effect of self great saphenous vein transplantation in peripheral vascular injury.
57 Objective:To report a new way for the treatment of fragmentation of patella ligament with skin defect by retroversal flap of great adductor muscle tendon with saphenous vessel.
58 Percutaneous Transluminal Therapy of Occluded Saphenous Vein Grafts: Can the Challenge Be Met With Ultrasound Thrombolysis?
59 The infrapatellar branch of descending genicular artery accompanied closely with saphenous nerve.
60 METHODS Vasoconstrictive responses to Phe were recorded in the rabbit renal, femoral, saphenous, mesenteric, splenic and ear arteries.
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