Results of the surgical treatment of the aneurysms of anterior cerebral artery – anterior communicating artery complex

S. Litvak, L. Yakovenko
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The organization of the medical care, clinical and instrumental examinations, medical and surgical treatment was done according to the current protocols (the Decree of the Ministry of Health of Ukraine dated April 17, 2014, N 275, EBM Guidelines, 28.8.2017, Juha E. Jääskeläinen).Results. The AA rupture was diagnosed in 238 (89.2 %) patients. 181 (67.9 %) patients were hospitalized till the 28th day since AA rapture. The severity of the patients state according to the level of conscious during hospitalization: in conscious – 92 (34.4 %), obtunded – in 127 (47.6 %), stuporous – in 28 (10.5 %), comatose – 20 (7.5 %). The severity of subarachnoid hemorrhage (SAH) according to WFNS (World Federation of Neurological Surgeons) Grading Scale: grade I – in 63 (23.6 %) patients, grade II – in 43 (16.1 %) patients, grade III – in 78 (29.2 %) patients, grade IV – in 36 (13.5 %) patients, grade V – in 18 (6.8 %) patients. Altered mental status was found in 87 (32.6 %) patients, among them in 29 (10.8 %) patients with non-hemorrhagic presentation. Motor deficiency was diagnosed in 116 (43.4 %) patients, cranial nerve palsy – in 42 (15.7 %) patients, particular visual disturbances – in 28 (10.5 %) cases, oculomotor palsy – in 5 (1, 9 %) cases, visual and oculomotor disturbances – in 9 (3.3 %) cases.Subarachnoid hemorrhage with intracerebral hematoma was detected in 184 (77.3 %) patients. Localization of hematomas: frontal lobes – 161 (87.5 %) cases, corpus callosum – 15 (8.1 %) and/or septum pellucidum – 8 (4.4 %). The intraventricular hemorrhage was diagnosed in 81 (34 %) patients: 1–4 points according to Graeb score – in 32 (39.5 %) patients, 5–8 points – in 27 (33.3 %) patients, 9–12 points – in 22 (27.2 %) patients. Lateral or axial dislocation was found in 28 (11.8 %) cases. Cerebral vasospasm in acute period was observed in 59.7 % of patients, and in 19.3 % of patients in «cold» period.The localization of the AA of ACA–AComA complex (according to M.G. Yasargil): anterior – in 50 (18.7 %) cases, posterior – in 42 (15.7 %), superior – in 98 (36.7 %), inferior – in 35 (13.2 %), mixed projection – 42 (15.7 %) cases. Saccular aneurysms were found in 192 (71.9 %) patients, «complex» AA – in 75 (28.1 %). The size of AA in the most observations (252 (94.3 %)) was less than 15 mm. Hypoplasia or aplasia of one A1 segments of ACA we revealed in 45 (18.9 %) cases.Comorbid conditions: hypertension (HTN) – in 175 (65.5 %) patients, the combination of HTN with ischemic heart disease (IHD) – in 117 (43.8 %), hypertension, HTN in combination with systemic atherosclerosis – in 87 (32.6 %), diabetes mellitus (DM) – in 61 (22.8 %), combination of HTN, IHD, DM and systemic atherosclerosis – in 47 (17.6 %) cases.According to the timing of procedure, there were 54 (20.2 %) emergency procedure, 127 (47.6 %) urgent, and 86 (32.2 %) semi-elective. In 37 (68.5 %) cases, emergency surgical interventions were microsurgical clipping, in 32 (59.3 %) – combined. Class I of occlusion of the treated AA according to Raymond scale was achieved in 93.9 % after microsurgical clipping, and 77.5 % after endovascular coiling. Favorable outcome according to Extended Glasgow Outcome Scale (GOSE) after surgical treatment were achieved in 75.3 % with a total mortality of 7.1 %, and significant differences in outcome in groups with different timing of surgery.Conclusions. It was found that hemorrhagic presentation with the formation of intracerebral hematoma in the frontal lobes, with dislocation syndrome, intraventricular expansion, cerebral vasospasm with clinical manifestations of the I–III grade of SAH of WFNS scale, motor deficiency (43.4 % of cases), cranial nerve palsy (15.7 %) and altered mental status (32.6 %) was typical for AA of ACA–AComA complex. It was found the dependence of outcome after surgical treatment of AA of ACA–AComA complex from the timing and method of surgical procedure. The criteria for the selection of optimal surgical tactic are the type of clinical presentation of the disease, the timing after aneurysms rapture, the severity of the preoperative condition, the presence of cerebral vasospasm, anatomical and topographical characteristics of the aneurysm.","PeriodicalId":33226,"journal":{"name":"Endovaskuliarna neirorentgenokhirurgiia","volume":" ","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2019-06-13","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Endovaskuliarna neirorentgenokhirurgiia","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.26683/2304-9359-2019-1(27)-41-57","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0

Abstract

Objective – to establish the features of clinical presentation and to optimize surgical treatment of arterial aneurysms (AA) of the anterior cerebral artery–anterior connecting artery (ACA–AComA) complex.Materials and methods. The results of surgical treatment of 267 (100 %) patients with AA of the ACA–AComA complex during the period from 01.01.2011 till 31.12.2017 were analyzed. There were 143 (53.6 %) women and 124 (46.4 %) men. Microsurgical clipping was performed in 165 (61.8 %) cases, endovascular coiling in 122 (38.2 %) cases. The organization of the medical care, clinical and instrumental examinations, medical and surgical treatment was done according to the current protocols (the Decree of the Ministry of Health of Ukraine dated April 17, 2014, N 275, EBM Guidelines, 28.8.2017, Juha E. Jääskeläinen).Results. The AA rupture was diagnosed in 238 (89.2 %) patients. 181 (67.9 %) patients were hospitalized till the 28th day since AA rapture. The severity of the patients state according to the level of conscious during hospitalization: in conscious – 92 (34.4 %), obtunded – in 127 (47.6 %), stuporous – in 28 (10.5 %), comatose – 20 (7.5 %). The severity of subarachnoid hemorrhage (SAH) according to WFNS (World Federation of Neurological Surgeons) Grading Scale: grade I – in 63 (23.6 %) patients, grade II – in 43 (16.1 %) patients, grade III – in 78 (29.2 %) patients, grade IV – in 36 (13.5 %) patients, grade V – in 18 (6.8 %) patients. Altered mental status was found in 87 (32.6 %) patients, among them in 29 (10.8 %) patients with non-hemorrhagic presentation. Motor deficiency was diagnosed in 116 (43.4 %) patients, cranial nerve palsy – in 42 (15.7 %) patients, particular visual disturbances – in 28 (10.5 %) cases, oculomotor palsy – in 5 (1, 9 %) cases, visual and oculomotor disturbances – in 9 (3.3 %) cases.Subarachnoid hemorrhage with intracerebral hematoma was detected in 184 (77.3 %) patients. Localization of hematomas: frontal lobes – 161 (87.5 %) cases, corpus callosum – 15 (8.1 %) and/or septum pellucidum – 8 (4.4 %). The intraventricular hemorrhage was diagnosed in 81 (34 %) patients: 1–4 points according to Graeb score – in 32 (39.5 %) patients, 5–8 points – in 27 (33.3 %) patients, 9–12 points – in 22 (27.2 %) patients. Lateral or axial dislocation was found in 28 (11.8 %) cases. Cerebral vasospasm in acute period was observed in 59.7 % of patients, and in 19.3 % of patients in «cold» period.The localization of the AA of ACA–AComA complex (according to M.G. Yasargil): anterior – in 50 (18.7 %) cases, posterior – in 42 (15.7 %), superior – in 98 (36.7 %), inferior – in 35 (13.2 %), mixed projection – 42 (15.7 %) cases. Saccular aneurysms were found in 192 (71.9 %) patients, «complex» AA – in 75 (28.1 %). The size of AA in the most observations (252 (94.3 %)) was less than 15 mm. Hypoplasia or aplasia of one A1 segments of ACA we revealed in 45 (18.9 %) cases.Comorbid conditions: hypertension (HTN) – in 175 (65.5 %) patients, the combination of HTN with ischemic heart disease (IHD) – in 117 (43.8 %), hypertension, HTN in combination with systemic atherosclerosis – in 87 (32.6 %), diabetes mellitus (DM) – in 61 (22.8 %), combination of HTN, IHD, DM and systemic atherosclerosis – in 47 (17.6 %) cases.According to the timing of procedure, there were 54 (20.2 %) emergency procedure, 127 (47.6 %) urgent, and 86 (32.2 %) semi-elective. In 37 (68.5 %) cases, emergency surgical interventions were microsurgical clipping, in 32 (59.3 %) – combined. Class I of occlusion of the treated AA according to Raymond scale was achieved in 93.9 % after microsurgical clipping, and 77.5 % after endovascular coiling. Favorable outcome according to Extended Glasgow Outcome Scale (GOSE) after surgical treatment were achieved in 75.3 % with a total mortality of 7.1 %, and significant differences in outcome in groups with different timing of surgery.Conclusions. It was found that hemorrhagic presentation with the formation of intracerebral hematoma in the frontal lobes, with dislocation syndrome, intraventricular expansion, cerebral vasospasm with clinical manifestations of the I–III grade of SAH of WFNS scale, motor deficiency (43.4 % of cases), cranial nerve palsy (15.7 %) and altered mental status (32.6 %) was typical for AA of ACA–AComA complex. It was found the dependence of outcome after surgical treatment of AA of ACA–AComA complex from the timing and method of surgical procedure. The criteria for the selection of optimal surgical tactic are the type of clinical presentation of the disease, the timing after aneurysms rapture, the severity of the preoperative condition, the presence of cerebral vasospasm, anatomical and topographical characteristics of the aneurysm.
大脑前动脉-前交通动脉复合体动脉瘤的外科治疗结果
目的:探讨大脑前动脉-前连接动脉(ACA–AComA)复合体动脉瘤(AA)的临床表现特点,并优化手术治疗。材料和方法。分析了2011年1月1日至2017年12月31日期间267名(100%)ACA–AComA复合体AA患者的手术治疗结果。其中女性143人(53.6%),男性124人(46.4%)。165例(61.8%)采用显微外科夹闭术,122例(38.2%)采用血管内栓塞。医疗护理、临床和仪器检查、医疗和外科治疗的组织是根据现行方案(乌克兰卫生部2014年4月17日的法令,N 275,EBM指南,2017年8月28日,Juha E.Jääskeläinen)进行的。结果:238名(89.2%)患者被诊断为AA破裂。181例(67.9%)患者自AA发作后第28天住院治疗。患者的严重程度根据住院期间的清醒程度而定:清醒92例(34.4%),昏迷127例(47.6%),昏迷28例(10.5%),昏迷20例(7.5%)。根据WFNS(世界神经外科医生联合会)分级量表,蛛网膜下腔出血(SAH)的严重程度:63名患者为I级(23.6%),43名患者为II级(16.1%),78名患者为III级(29.2%),36名患者为IV级(13.5%),18名患者为V级(6.8%)。87名(32.6%)患者出现精神状态改变,其中29名(10.8%)患者出现非出血性表现。116例(43.4%)患者被诊断为运动缺陷,42例(15.7%)患者被确诊为脑神经麻痹,28例(10.5%)患者诊断为特殊视觉障碍,5例(1.9%)患者确诊为动眼神经麻痹,9例(3.3%)患者诊断出视觉和动眼神经障碍。184例(77.3%)患者出现蛛网膜下腔出血伴脑内血肿。血肿定位:额叶161例(87.5%),胼胝体15例(8.1%)和/或透明隔8例(4.4%)。81名(34%)患者被诊断为脑室出血:根据Graeb评分,32名(39.5%)患者得了1-4分,27名(33.3%)患者得了5-8分,22名(27.2%)患者得了9-12分。28例(11.8%)发生侧位或轴位脱位。59.7%的患者在急性期观察到脑血管痉挛,19.3%的患者在“寒冷”期观察到。ACA–AComA复合体AA的定位(根据M.G.Yasargil):前部-50例(18.7%),后部-42例(15.7%),上部-98例(36.7%),下部-35例(13.2%),混合投影-42例。192名(71.9%)患者发现囊性动脉瘤,75名(28.1%)患者发现“复杂”AA。在大多数观察中(252例(94.3%)),AA的大小小于15mm。我们在45例(18.9%)病例中发现ACA的一个A1节段发育不全或发育不全。合并症:175例(65.5%)患者患有高血压(HTN),117例(43.8%)患者患有HTN合并缺血性心脏病(IHD),87例(32.6%)患有高血压、HTN合并系统性动脉粥样硬化,61例(22.8%)患有糖尿病(DM),47例(17.6%)患有HTN、IHD、DM和系统性动脉粥样硬化。根据手术时间,有54例(20.2%)紧急手术,127例(47.6%)紧急手术和86例(32.2%)半选择性手术。在37例(68.5%)病例中,紧急手术干预为显微外科夹闭,其中32例(59.3%)为联合手术。根据Raymond量表,显微外科夹闭术后治疗AA的I级闭塞率为93.9%,血管内螺旋术后闭塞率为77.5%。根据扩展格拉斯哥结果量表(GOSE),手术治疗后的良好结果为75.3%,总死亡率为7.1%,不同手术时间组的结果存在显著差异。结论。研究发现,ACA–AComA复合体AA的典型出血表现为额叶脑内血肿形成、脱位综合征、脑室扩张、脑血管痉挛,临床表现为WFNS量表SAH I–III级、运动功能障碍(43.4%)、脑神经麻痹(15.7%)和精神状态改变(32.6%)。研究发现,ACA–AComA复合体AA手术治疗后的结果与手术时间和方法有关。选择最佳手术策略的标准是疾病的临床表现类型、动脉瘤破裂后的时间、术前情况的严重程度、是否存在脑血管痉挛、动脉瘤的解剖和地形特征。
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