Right Internal(右侧内部)研究综述
Right Internal 右侧内部 - Brain CT scan, angio-CT and perfusion CT revealed occlusion of the right internal carotid artery terminus and of the left MCA, extensive ischaemic cores and severe bilateral hypoperfusion. [1] We describe a case of right arm ischaemia caused by extrinsic compression of the right subclavian artery by the venous drainage cannula inserted through the right internal jugular vein. [2] The Flowgate2 was found kinked in 4/20 cases (20%), all of them during right internal carotid procedures. [3] However, the patient was readmitted to the hospital due to intra-oral bleeding, and since neck hematoma and right internal carotid artery pseudoaneurysm formation were detected on computed tomography, emergency surgery was performed. [4] This is usually accomplished by placing a short-term dialysis catheter into either the right internal jugular or femoral vein. [5] Her pulmonary angiography showed possible bleeding from bronchial artery and her right internal mammary collaterals. [6] The catheter was placed in the right internal jugular vein by ultrasonography. [7] CONCLUSION After confirmation of a correct guidewire position, retraction of the guidewire tip above the junction of the brachiocephalic veins should be avoided prior to CVC insertion in order to preclude dislocation of the catheter tip towards the right internal jugular vein or the left subclavian vein. [8] 05) in the WM involving the right internal capsule, the right posterior corona radiation, the right posterior thalamic radiation, and the right sagittal stratum. [9] The right internal jugular vein was the commonest site of TCC insertion (66%). [10] The right middle and anterior cerebral arteries were described, but the right internal carotid artery was not. [11] Chemo port was accessed through the right internal jugular vein. [12] 5 cm surrounding the lower part of the abdominal aorta, the right common iliac, right external, right internal iliac, and the left internal iliac arteries. [13] The majority of the catheters were inserted using the modified Seldinger's technique into the right internal jugular vein under ultrasonographic guidance. [14] A diagnostic angiogram was obtained which revealed a posterior-draining indirect CCF of the right internal carotid artery (ICA) and an anterior-draining indirect CCF of the left ICA. [15] 01), and right internal carotid artery (P<0. [16] Embolization of the right ophthalmic artery and the distal branch of the right internal maxillary artery caused an immediate, substantial reduction of vascular flow, which allowed us to enucleate the eyeball and resect the tumor with minimal blood loss and no complications. [17] CT, MRI and PET staging scans post chemo- radiotherapy demonstrated involvement of the right internal iliac artery, representing potential side wall involvement. [18] Because of unfavorable arterial anatomy, the right internal carotid artery could not be successfully catheterized via femoral or radial arterial punctures. [19] Our first case involved HDC insertion via the right internal jugular vein (IJV), and the second case involved HDC insertion via the left IJV. [20] The right internal carotid artery (ICA) had a lower medial curvature intercalated between the third cervical vertebra and the pharynx. [21] Right heart catheterisation was performed utilizing a right internal jugular vein approach. [22] Computed tomography angiography of the brain and neck vessels demonstrated non-atheromatous vasculopathy with a suspected dissection process of the right internal carotid artery and bilateral vertebral arteries. [23] 02 in the right internal carotid (RIC), and 0. [24] 6 kg/m2, mean LVEF 44%) scheduled for right heart catheterization (RHC) had an ultrasound of their right internal jugular (RIJ) vein performed immediately prior. [25] An urgent chest X-ray showed that the two free ends of the fractured tunneled cuffed catheter were located in the right atrium and right internal jugular vein. [26] The right internal jugular vein was percutaneously cannulated and a pulmonary artery catheter was placed. [27] Carotid imaging demonstrated 50–69% stenosis of the right internal carotid artery and he underwent endarterectomy. [28] CASE SUMMARY In this case, the patient received acute occlusion of the PICA with ADAPT when right internal carotid artery stenting was performed. [29] The venous drainage cannula was placed in the right internal jugular vein and the arterial return cannula was placed in the right common femoral artery, with antegrade reperfusion cannula. [30] In 2010, Garcia and colleagues reported the first case of ambulatory VV-ECMO using the Avalon (Getinge AB, G€oteborg, Sweden) dual-lumen cannula inserted through the right internal jugular vein. [31] The nail entered her right cavernous sinus and lacerated her right internal carotid artery causing a pseudoaneurysm and a caroticocavernous fistula. [32] Femoral arterial and right internal jugular accesses were obtained with ultrasound guidance. [33] The right internal jugular vein is the preferred central vein in such occasions. [34] MRI of the head to investigate for intracranial extension revealed bilateral trigeminal nerve hypoplasia, as well as hypoplasia of the right internal auditory meatus with complete atresia of the right facial, cochlear and vestibular nerves. [35] This article describes a clinical case report concerning successful autotransplantation of the CCA in a female patient presenting with a tandem lesion: total occlusion of the right CCA and haemodynamically significant stenosis of the ostium of the right internal carotid artery (ICA). [36] The first patient had bleeding from the bronchial artery and right internal mammary collaterals, which was managed by coil-embolization. [37] The mass encased the basilar and right internal carotid arteries. [38] Serial MRI imaging studies after day 40 showed increased extension of inflammatory changes in the right cavernous sinus and increased mass in the right trigeminal nerve, thrombosis of the right internal carotid artery and subacute cerebral infarcts. [39] Brain computed tomography (CT) scan was normal; CT angiography showed an ulcerated atherosclerotic plaque in the right internal carotid artery (ICA, Fig. [40] Right internal juglar vein and right radial artery were cannulated for continuous invasive pressure monitoring. [41] The lateral thoracic pedicle was anastomosed to the right internal mammary vessels. [42] A computed tomographic scan of the abdomen and pelvis showed a right internal hernia with a cecal bascule traversing through the foramen of Winslow, concerning for a closed-loop obstruction. [43] Statistically significant differences were found in all reach tests, physical role difficulties and physical function sub-scores of SF-36, and left horizontal adduction and right internal rotation ROM in favor of the able-bodied group. [44] The two most common devices are the Impella R, introduced via the femoral vein and the Protek Duo, a dual-lumen cannula (DLC) introduced by way of the right internal jugular (RIJ) vein. [45] We present a case of successful reperfusion therapy of acute tandem occlusion of the right internal carotid artery, followed by contralateral carotid artery stenting in a patient with stenosing extracranial atherosclerosis. [46] 8 cm sellar/suprasellar mass involving both cavernous sinuses, encasing the right internal carotid artery which was narrowed, and compressing the optic chiasm. [47] This confirmed cerebral venous sinus thrombosis (CVST) extending from the superior sagittal sinus to the right internal jugular vein. [48] Imaging revealed ipsilateral masticator and pterygoid muscle abscesses, and thrombosis of the right internal jugular vein and sigmoid sinus, both cavernous sinuses and superior ophthalmic veins, and restricted diffusion of both optic nerves and corona radiata. [49] The ECMO catheter was inserted via the right internal jugular vein. [50]脑 CT 扫描、血管 CT 和灌注 CT 显示右侧颈内动脉末端和左侧 MCA 闭塞、广泛的缺血核心和严重的双侧低灌注。 [1] 我们描述了一个右臂缺血的病例，该病例是由通过右颈内静脉插入的静脉引流套管对右锁骨下动脉的外在压迫引起的。 [2] Flowgate2 在 4/20 例 (20%) 中发现扭结，所有病例均在右侧颈内动脉手术期间发生。 [3] 但患者因口腔内出血再次入院，CT检查发现颈部血肿和右颈内动脉假性动脉瘤形成，因此进行了急诊手术。 [4] 这通常通过将短期透析导管插入右颈内静脉或股静脉来完成。 [5] 她的肺血管造影显示支气管动脉和右侧内乳侧支可能出血。 [6] 通过超声检查将导管置于右颈内静脉中。 [7] 结论 在确认正确的导丝位置后，在插入 CVC 之前，应避免将导丝尖端缩回头臂静脉交界处上方，以防止导管尖端向右侧颈内静脉或左侧锁骨下静脉脱位。 [8] 05）在WM中，涉及右侧内囊、右侧后冠放射、右侧丘脑后放射和右侧矢状层。 [9] 右侧颈内静脉是最常见的 TCC 插入部位 (66%)。 [10] 描述了右侧大脑中动脉和大脑前动脉，但未描述右侧颈内动脉。 [11] 通过右颈内静脉进入化疗端口。 [12] 腹主动脉下部、右髂总动脉、右外动脉、右髂内动脉、左髂内动脉周围5cm。 [13] 大多数导管在超声引导下使用改良的 Seldinger 技术插入右颈内静脉。 [14] 获得诊断性血管造影，显示右侧颈内动脉 (ICA) 的后部引流间接 CCF 和左侧 ICA 的前部引流间接 CCF。 [15] 01）和右颈内动脉（P<0. [16] 右眼动脉和右上颌内动脉远端分支的栓塞导致血管流量立即显着减少，这使我们能够摘除眼球并切除肿瘤，失血最少，没有并发症。 [17] 放化疗后的 CT、MRI 和 PET 分期扫描显示右侧髂内动脉受累，代表潜在的侧壁受累。 [18] 由于不利的动脉解剖，右侧颈内动脉无法通过股动脉或桡动脉穿刺成功置管。 [19] 我们的第一个案例涉及通过右侧颈内静脉 (IJV) 插入 HDC，第二个案例涉及通过左侧 IJV 插入 HDC。 [20] 右侧颈内动脉 (ICA) 具有较低的内侧曲率，插入第三颈椎和咽部之间。 [21] 使用右颈内静脉方法进行右心导管插入术。 [22] 脑和颈部血管的计算机断层扫描血管造影显示非粥样硬化性血管病变，疑似右颈内动脉和双侧椎动脉夹层。 [23] 02 在右颈内动脉 (RIC) 和 0。 [24] 6 kg/m2，平均 LVEF 44%) 计划进行右心导管插入术 (RHC)，其右颈内 (RIJ) 静脉在之前立即进行了超声检查。 [25] 紧急胸部 X 线检查显示，破裂的隧道式袖套导管的两个自由端位于右心房和右颈内静脉。 [26] 右颈内静脉经皮插管并放置肺动脉导管。 [27] 颈动脉成像显示右侧颈内动脉有 50-69% 的狭窄，他接受了动脉内膜切除术。 [28] 病例总结 在这种情况下，患者在进行右侧颈内动脉支架置入术时接受了 ADAPT 急性闭塞的 PICA。 [29] 静脉引流套管置入右侧颈内静脉，动脉回流套管置入右侧股总动脉，顺行再灌注套管置入。 [30] 2010 年，Garcia 及其同事报告了首例使用 Avalon（Getinge AB，瑞典哥特堡）双腔套管插入右侧颈内静脉的动态 VV-ECMO。 [31] 钉子进入了她的右侧海绵窦并撕裂了她的右侧颈内动脉，导致了假性动脉瘤和颈动脉海绵窦瘘。 [32] 在超声引导下获得股动脉和右侧颈内静脉通路。 [33] 在这种情况下，右颈内静脉是首选的中央静脉。 [34] 用于检查颅内延伸的头部 MRI 显示双侧三叉神经发育不全，以及右侧内听道发育不全，右侧面神经、耳蜗和前庭神经完全闭锁。 [35] 本文描述了一个临床病例报告，该病例报道了一名患有串联病变的女性患者成功自体移植 CCA：右侧 CCA 完全闭塞和右侧颈内动脉 (ICA) 开口的血流动力学显着狭窄。 [36] 第一名患者出现支气管动脉和右乳内侧支流出血，采用弹簧圈栓塞治疗。 [37] 肿块包围基底动脉和右颈内动脉。 [38] 第 40 天后的系列 MRI 成像研究显示，右侧海绵窦炎性变化扩大，右侧三叉神经肿块增加，右侧颈内动脉血栓形成和亚急性脑梗塞。 [39] 脑计算机断层扫描（CT）扫描正常； CT血管造影显示右侧颈内动脉有溃疡性动脉粥样硬化斑块（ICA，图1）。 [40] 右颈内静脉和右桡动脉插管进行连续侵入 压力监测。 [41] 外侧胸椎蒂与右侧内乳血管吻合。 [42] 腹部和骨盆的计算机断层扫描显示右侧内疝，盲肠基底穿过 Winslow 孔，可能是闭环梗阻。 [43] SF-36 的所有伸展测试、身体角色困难和身体功能子评分以及左侧水平内收和右侧内旋 ROM 均发现有统计学意义的差异，有利于健全组。 [44] 两种最常见的装置是通过股静脉引入的 Impella R 和通过右颈内静脉 (RIJ) 引入的双腔套管 (DLC) Protek Duo。 [45] 我们介绍了一个成功再灌注治疗右颈内动脉急性串联闭塞的病例，然后对患有狭窄性颅外动脉粥样硬化的患者进行对侧颈动脉支架置入术。 [46] 8 cm 鞍区/鞍上肿块，累及两个海绵窦，包裹着狭窄的右侧颈内动脉，并压迫视交叉。 [47] 这证实了从上矢状窦延伸到右颈内静脉的脑静脉窦血栓形成（CVST）。 [48] 影像学检查显示同侧咀嚼肌和翼状肌脓肿，右侧颈内静脉和乙状窦、海绵窦和眼上静脉血栓形成，视神经和放射冠弥散受限。 [49] ECMO 导管通过右颈内静脉插入。 [50]