开窗/分支支架治疗胸腹主动脉扩张性病变的临床效果分析
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上海市第一人民医院/上海交通大学医学院附属第一人民医院 血管外科,上海 200433

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何孟伟,上海市第一人民医院/上海交通大学医学院附属第一人民医院硕士研究生,主要从事主动脉疾病及下肢动静脉疾病腔内治疗方面的研究。

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Analysis of clinical efficacy of fenestration/branched stent-graft for dilatation of the thoracoabdominal aorta
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Department of Vascular Surgery, Shanghai General Hospital/First People's Hospital, Shanghai Jiao Tong University School of Medicine, Shanghai 200433, China

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    摘要:

    背景与目的 随着腔内技术的发展,腹主动脉疾病全腔内治疗的安全性和有效性已经得到广泛验证。但在胸腹主动脉疾病中,因为解剖条件更复杂,所以全腔内治疗的难度大,而其安全性和有效性也有待进一步验证。本研究总结笔者团队采用开窗/分支支架治疗胸腹主动脉扩张性病变的单中心经验,并介绍团队针对复杂性胸腹主动脉病首创的双主干技术,以期为同行提供参考和借鉴。方法 回顾性收集2021年10月—2023年7月在上海市第一人民医院接受开窗/分支支架治疗并至少重建2个分支动脉的37例胸腹主动脉扩张性病变患者资料。37例患者中,夹层术后远端瘤样扩张20例,胸腹主动脉瘤17例;在完善术前CTA及评估后,分别行单主干腔内治疗(26例)与双主干腔内治疗(11例)。收集患者的相关临床资料(基线资料、术前解剖参数、围术期指标、随访结局指标),分析整体治疗效果,以及双主干技术的安全性和疗效。结果 手术总共重建了162个分支动脉,手术技术成功率为100%。围术期发生死亡3例(8.11%)、移植物植入后综合征3例(8.11%)、Ⅲ型内漏1例(2.70%)。中位随访时间为13.73(2.33~26.74)个月,总体存活率为91.9%(34/37)。随访期间,发生Ⅲ型内漏2例(5.41%),支架再狭窄或栓塞3例(8.11%),夹层进展1例(2.70%);5例(13.51%)接受了再次干预治疗。单主干组与双主干组的重建方式、4分支重建比例以及平均所用支架数量存在明显差异(均P<0.05),其余各项指标在两组间的差异均无统计学意义(均P>0.05)。结论 开窗/分支支架治疗胸腹主动脉扩张性病变是一种安全有效的策略。对于解剖条件复杂的病变,传统的单主干结合开窗/分支支架难以重建所有分支时,双主干技术是可行的选择。然而,本研究的结果仍需要更多的病例、更长的随访时间来验证。

    Abstract:

    Background and Aims With the advancement of endovascular techniques, the safety and effectiveness of total endovascular treatment for abdominal aortic diseases have been widely validated. However, in thoracoabdominal aortic diseases, the anatomical conditions are more complex, making endovascular treatment challenging, and its safety and effectiveness require further determination. This study was performed to summarize the single-center experience of the authors' team in using fenestration/branched stent-graft for the treatment of dilatation of the thoracoabdominal aorta and introduce the team's innovative double-trunk technique for complex thoracoabdominal aortic diseases, aiming to provide reference and insights for fellow professionals.Methods The data of 37 patients with dilatation of the thoracoabdominal aorta who underwent fenestration/branched stent-graft treatment and had at least two reconstructed branch arteries from October 2021 to July 2023 in the Shanghai General Hospital were retrospectively collected. Among the 37 patients, there were 20 cases of distal aneurysmal dilatation after dissection and 17 cases of thoracoabdominal aortic aneurysms. After comprehensive preoperative CTA and evaluation, single-trunk endovascular treatment was performed in 26 cases, and double-trunk technique was used in 11 cases. Relevant clinical data (baseline information, preoperative anatomical parameters, perioperative indicators, and follow-up outcome variables) were collected to analyze the overall treatment effects and the safety and efficacy of the double-trunk technique.Results A total of 162 branch arteries were reconstructed successfully with a technique success rate of 100%. During the perioperative period, there were 3 deaths (8.11%), 3 cases of graft implantation syndrome (8.11%), and 1 case of type Ⅲ endoleak (2.70%). The median follow-up time was 13.73 (2.33-26.74) months, and the overall survival rate was 91.9% (34/37). During the follow-up period, type Ⅲ endoleak occurred in 2 cases (5.41%), stent restenosis or occlusion occurred in 3 cases of (8.11%), and dissection progression occurred in 1 case (2.70%); 5 patients (13.51%) underwent re-intervention. There were significant differences between the single-trunk group and the double-trunk group in terms of reconstruction methods, the ratio of 4-branch reconstruction, and the average number of stents used (all P<0.05), while other indicators showed no statistically significant differences between the two groups (all P>0.05).Conclusion Fenestration/branched stenting for dilatation of the thoracoabdominal aorta is a safe and effective strategy. For anatomically complex lesions where traditional single-trunk combined with fenestration/branched stent-graft is difficult to reconstruct all branches, the double-trunk technique is a feasible choice. However, the results of this study still need more cases and longer follow-up time for validation.

    表 3 患者手术相关资料Table 3 Surgical-related data of patients
    表 4 围术期情况与随访结果Table 4 Perioperative conditions and follow-up outcomes
    表 1 患者基线资料Table 1 Baseline information of patients
    表 2 术前解剖信息Table 2 Preoperative anatomical information
    图1 双主干技术重建内脏分支动脉过程示意图 A:建立双侧股动脉和左肱动脉入路;B:于近端动脉瘤释放分叉型主动脉覆膜支架;C:通过左股总动脉入路导入自制髂分支支架;D:重建双侧肾动脉;E:导入第2个髂分支支架;F:重建腹腔干和肠系膜上动脉;G-H:延长远端锚定于双侧髂总动脉Fig.1 Illustration of the double-trunk technique for reconstructing visceral branch arteries A: Establishment of bilateral femoral artery and left brachial artery access; B: Deployment of a bifurcated aortic covered stent at the proximal aneurysm; C: Introduction of a custom-made branched stent-graft via the left femoral artery for iliac branch reconstruction; D: Reconstruction of bilateral renal arteries; E: Introduction of a second iliac branched stent-graft; F: Reconstruction of the celiac trunk and superior mesenteric artery; G-H: Extension of the distal anchoring to both iliac arteries
    图2 双主干技术治疗胸腹主动脉瘤病例资料 A-B:台上自制的分支支架主体和带分支髂支;C-E:经左侧肱动脉入路引入分支髂支重建腹腔干及肠系膜上动脉;F-H:经上肢入路依次重建双肾动脉;I-K:支架释放前后的对比Fig.2 Data from cases treated with the dual main trunk technique for thoracoabdominal aortic aneurysm A-B: The main body of the self-made branched stent-graft with iliac branches; C-E: Reconstruction of the celiac trunk and superior mesenteric artery by introducing the iliac branch via the left brachial artery access; F-H: Sequential reconstruction of bilateral renal arteries via upper limb access; I-K: Comparison before and after stent deployment
    图3 双主干组与单主干组患者术后免于再干预率曲线Fig.3 Curves of re-intervention-free rate after surgery for patients in the double-trunk group and single-trunk group
    图1 双主干技术重建内脏分支动脉过程示意图 A:建立双侧股动脉和左肱动脉入路;B:于近端动脉瘤释放分叉型主动脉覆膜支架;C:通过左股总动脉入路导入自制髂分支支架;D:重建双侧肾动脉;E:导入第2个髂分支支架;F:重建腹腔干和肠系膜上动脉;G-H:延长远端锚定于双侧髂总动脉Fig.1 Illustration of the double-trunk technique for reconstructing visceral branch arteries A: Establishment of bilateral femoral artery and left brachial artery access; B: Deployment of a bifurcated aortic covered stent at the proximal aneurysm; C: Introduction of a custom-made branched stent-graft via the left femoral artery for iliac branch reconstruction; D: Reconstruction of bilateral renal arteries; E: Introduction of a second iliac branched stent-graft; F: Reconstruction of the celiac trunk and superior mesenteric artery; G-H: Extension of the distal anchoring to both iliac arteries
    图2 双主干技术治疗胸腹主动脉瘤病例资料 A-B:台上自制的分支支架主体和带分支髂支;C-E:经左侧肱动脉入路引入分支髂支重建腹腔干及肠系膜上动脉;F-H:经上肢入路依次重建双肾动脉;I-K:支架释放前后的对比Fig.2 Data from cases treated with the dual main trunk technique for thoracoabdominal aortic aneurysm A-B: The main body of the self-made branched stent-graft with iliac branches; C-E: Reconstruction of the celiac trunk and superior mesenteric artery by introducing the iliac branch via the left brachial artery access; F-H: Sequential reconstruction of bilateral renal arteries via upper limb access; I-K: Comparison before and after stent deployment
    图3 双主干组与单主干组患者术后免于再干预率曲线Fig.3 Curves of re-intervention-free rate after surgery for patients in the double-trunk group and single-trunk group
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何孟伟,霍威学,张恒,陆烨,田文,冯家烜,曾照祥,冯睿.开窗/分支支架治疗胸腹主动脉扩张性病变的临床效果分析[J].中国普通外科杂志,2023,32(12):1882-1891.
DOI:10.7659/j. issn.1005-6947.2023.12.007

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  • 收稿日期:2023-11-06
  • 最后修改日期:2023-12-05
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  • 在线发布日期: 2024-01-10