随着外科技术和围手术期治疗水平日益提高，腹主动脉瘤择期手术治疗死亡率已控制在5%以内［1，2］，但破裂腹主动脉瘤（ruptured abdominal aortic aneurysm,RAAA）的死亡率一直在40%～70%，如果包括尚未到达医院的RAAA患者，死亡率可达80%～90%，RAAA被美国列为第13位死亡原因［2~4］。目前，及时准确的诊断和快速有效的外科治疗仍是降低RAAA死亡率的关键。......
Open surgery is an important part of vascular surgery. For vascular surgery diseases not suitable for endovascular therapy, adjuvant methods of endovascular therapy and the ultimate means of treatment after failure, vascular graft infection, open vascular trauma, various tumors involving blood vessels, vascular reconstruction and complications of organ transplantation, iatrogenic vascular injury, and so on, open surgical procedures still need to be provided for treatment and development. This paper lists the important role that open surgery plays in supporting the treatment of vascular related diseases and the development of the discipline in surgery and internal medicine, and emphasizes that open surgery is still a necessary quality for vascular surgeons, the basis and important guarantee for the development of the discipline, and the guarantee for the timely and effective treatment of various complex and difficult vascular surgical diseases.
Surgical intervention for chronic thoracoabdominal aortic dissecting aneurysms (cTAADA) is regarded as one of the most challenging procedures in the field of vascular surgery. For nearly six decades, open repair predominantly utilizing prosthetic grafts has been the treatment of choice for cTAADA. With advances in minimally invasive endovascular technologies, two novel surgical approaches have emerged: total endovascular stent-graft repair and hybrid procedures combining retrograde debranching of visceral arteries with endovascular stent-graft repair (abbreviated as hybrid procedure). Although total endovascular stent-graft repair offers reduced trauma and quicker recovery, limitations persist in clinical application due to hostile anatomical requirements of the aorta, high costs, and the lack of universally available stent-graft products. Hybrid repair, integrating the minimally invasive ethos of endovascular repair with visceral artery debranching techniques, has increasingly become a significant surgical modality for managing thoracoabdominal aneurysms, especially in cases unsuitable for open surgery or total endovascular treatment due to anatomical constraints such as aortic tortuosity or narrow true lumens in dissections. Recent enhancements in hybrid surgical approaches include ongoing optimization of visceral artery reconstruction strategies based on hemodynamic analyses, and exploration of the comparative benefits of staged versus concurrent surgical interventions.
ObjectiveTo retrospective summarize the experience of endovascular repair and open surgery in the treatment of renal aneurysms in our single center.MethodsClinical data of 24 patients with renal aneurysm treated in our hospital from August 2012 to May 2018 were analyzed retrospectively. Nine patients undergoing surgical intervention were categorized as the open operation group, and ten patients who received endovascular repair were classified as the endovascular repair group. To compare and analyze the results of the two groups. Five patients who had refused surgery therapy will be analyzed separately.ResultsTwenty-four patients with seventeen females (70.8%) and seven males (29.2%) were enrolled in this study and nineteen patients with twenty-three aneurysms got repaired successfully. The endovascular repair group had shorter hospital stay compared with the open operation group [median: 10.5 (P25 6.3, P75 15.0) d vs. 21.0 (P25 17.0, P75 27.5) d］. One patient in the open operation group developed renal artery stenosis at 11 months after surgery and underwent reoperation by repair by successful stent placement. There were no other significant postoperative complications occurred in the two groups. No abnormal enlargement or rupture of the aneurysms were observed during the follow-up period in 5 unoperated patients.ConclusionsBoth open surgery and endovascular repair are effective means of treating renal artery aneurysms. Once the renal aneurysm ruptures, serious consequences will occur. Once a renal aneurysm is diagnosed, regardless of the size of the aneurysm, active surgical treatment is recommend.
Objective To study the major postoperative complications of abdominal aortic aneurysm （AAA） repair in high-risk patients， analyze its causes， and suggest the prevention methods. Methods From January 2009 to September 2011， 57 cases of high-risk AAA patients underwent AAA repair in our hospital were analyzed retrospectively. High-risk patients were defined as age≥60 years，the American Society of Anesthesiologists grade three or four，and at least one of complications about heart， lung， and kidney. Major postoperative complications were rated， and preoperative cardiac，pulmonary， and renal condition，anesthesia and surgical impact were taken into account while evaluating the risk factors of major postoperative complications. Results Forty-one of 57 high-risk patients with AAA were repaired by endovascular repair，16 of 57 high-risk patients with AAA were repaired by traditional open surgery. The early mortality （within 30d） was 1.8% （1/57）. The major postoperative complications rate of AAA repair was 19.3% （11/57） in total，and 8.8% （5/57），8.8% （5/57），and 1.8% （1/57） for cardiac complication，pulmonary complication， and acute renal failure，respectively. The patients with coronary heart disease had a higher cardiac complication rate 〔19.0% （4/21） versus 2.8% （1/36），χ2=4.387，P＜0.05〕 ， while with hypertension had no such effect for that〔10.3% （4/39） versus 5.6% （1/18），χ2=0.340，P＞0.05〕. Patients with abnormal pulmonary function was responsible for postoperative respiratory complications 〔20.0% （4/20） versus 5.6% （1/18）， χ2=4.387， P＜0.05〕 ， while with chronic obstructive pulmonary disease history was not responsible for that 〔13.2% （5/38） versus 0 （0/19），χ2=2.740，P＞0.05〕．Patients with preoperative renal function was not related to postoperative acute renal failure 〔0 （0/4） versus 1.9% （1/53）， χ2=0.077，P＞0.05〕. Compared with traditional open surgery，endovascular repair could effectively reduce the incidence of postoperative complications 〔12.2% （5/41） versus 37.5% （6/16）， χ2=3.980，P＜0.05〕. The incidence of postoperative respiratory complications in the local anesthesia patients was less than that in the general anesthesia patients 〔0（0/20）versus 19.0% （4/21），χ2=4.221，P＜0.05〕. Conclusions Cardiac and pulmonary complications are commonly seen after AAA repair in high-risk patients．Preoperative cardiac，pulmonary condition，anesthesia and surgical aspects greatly influence the major postoperative complications. Exhaustively assessment of each system before surgery，appropriate anesthesia and surgical options，postoperative active and effective symptomatic，and supportive treatment are the key to reducing the incidence of postoperative complications.