COMPLEX NEUROREHABILITATION OF POST-STROKE PATIENTS

D. Khramtsov, О. Stoyanov, О.А. Hruzevskyi, H.Yu. Shaevchuk
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The total sample was randomly divided into four clinical groups: І (n=30) – traditional therapy, ІІ (n=40) – application against the background of traditional therapy of neuroprotection in the acute and early recovery period with peptidergic compounds (cerebrolysin 40 ml per day), ІІІ ( n=40) – application of traditional therapy with transcranial micropolarization of the brain, IV (n=40) – application against the background of traditional therapy of combined neuroprotection in the acute and early recovery period with peptidergic compounds in combination with micropolarization of the brain. \nAll patients during the observation period were repeatedly assessed the motor function of the upper limb using the Action Research Arm Test (ARAT), in its own modification with the assessment of the extension function of the fingers of the hand. Additionally, functional recovery after a stroke was assessed using the STREAM (Stroke Rehabilitation Assessment of Movement) scale, assessment of the function of the upper limb using the Fugl-Meyer FMA-UE test and the lower limb using the FMA-LE test. \nDisturbances in the motor-coordination sphere were additionally assessed using the stabilometry method on the ST-150 platform, using the following subtests: Romberg test, combined coordination-motor test, static test, dynamic test, as well as the foot reception test. Statistical processing was performed by the method of variance analysis. \nResults. As a result of rehabilitation measures, locomotion function and fine motility of the upper limb are restored in all patients. Recovery of upper extremity fine motility and stato-dynamic indicators in patients who received neuroprotective effects during the treatment of stroke is permanent. Positive dynamics are monitored throughout the entire period of catamnetic observation. \nThe use of peptidergic drugs has a greater neurorehabilitation effect than the isolated use of micropolarization. The combined use of micropolarization and peptidergic metabolic support in patients with ischemic stroke significantly improves the functional results of rehabilitation at all stages of observation. \nAccording to the FMA-UE test, statistically significant differences compared to controls were observed in the subtests of mobility in the carpal joint and fingers of the hand, as well as voluntary movements with synergy. In patients of the I group, the score on the AII subscale was 15.2 ± 0.2 points, in the II group – 17.3 ± 0.3 points, in the III group – 17.3 ± 0.4 points, and in patients in the IV group – 17, 2±0.3 points (p<0.05). The score on subscale B (mobility of the wrist) for patients of group I was 8.2±0.1 points, group II – 9.0±0.1 points, group III – 9.4±0.1 points, group IV – 9.5±0.1 points (p<0.05). According to subscale C (mobility of the fingers of the hand), the average score in the I group was 11.8±0.2 points, in the II group – 13.0±0.3 points, in the III group – 13.5±0.2 points, and in the IV group – 13.6±0.2 points (p<0.05). \nAccording to the data of the FMA-LE test in domain EII (voluntary movements with synergy) in the control (I) group one year after ischemic stroke, the score corresponded to the level of 10.3±0.3 points, in the II group - 13.0±0.4 points, in group III – 13.5±0.3 points, in group IV – 13.6±0.4 points (p<0.05). For the EIII domain (voluntary movements with mixed synergy), the indicators increased to 2.8±0.1 points in the I group, to 3.2±0.1 points in the II group, to 3.3±0.1 points in the III group, up to 3.5±0.1 points – in the IV group (p<0.05). The total FMA-LE score was 74.2±2.4 points for the I group, 78.5±2.6 points for the II group, 79.5±3.2 points for the III group, and 80 for the IV group 80.7±2.5 points (p<0.05). \nConclusions. As a result of rehabilitation measures, all patients recover locomotion function, fine motility of the upper limb. The greatest increase in indicators is characteristic of the EFAT subtest, which evaluates the function of straightening the fingers of the hand.The use of peptidergic drugs has a greater neurorehabilitation effect than the isolated use of micropolarization. The combined use of micropolarization and peptidergic metabolic support in patients with ischemic stroke significantly improves the functional results of early rehabilitation.","PeriodicalId":52737,"journal":{"name":"Medichna nauka Ukrayini","volume":" ","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2022-09-30","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Medichna nauka Ukrayini","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.32345/2664-4738.3.2022.08","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
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Abstract

Relevance. There are studies on the positive effect of electric current on neuronal excitability and activity of the cerebral cortex, depending on the chosen mode. But it is not known whether there will be a positive clinical effect from transcranial electrical stimulation of the brain in patients who have suffered an ischemic stroke. Objective: evaluation of the clinical effectiveness of the complex method of neurorehabilitation of post-stroke patients. Material and methods. Treatment of 150 patients with ischemic type of acute violation of cerebral circulation was carried out. The total sample was randomly divided into four clinical groups: І (n=30) – traditional therapy, ІІ (n=40) – application against the background of traditional therapy of neuroprotection in the acute and early recovery period with peptidergic compounds (cerebrolysin 40 ml per day), ІІІ ( n=40) – application of traditional therapy with transcranial micropolarization of the brain, IV (n=40) – application against the background of traditional therapy of combined neuroprotection in the acute and early recovery period with peptidergic compounds in combination with micropolarization of the brain. All patients during the observation period were repeatedly assessed the motor function of the upper limb using the Action Research Arm Test (ARAT), in its own modification with the assessment of the extension function of the fingers of the hand. Additionally, functional recovery after a stroke was assessed using the STREAM (Stroke Rehabilitation Assessment of Movement) scale, assessment of the function of the upper limb using the Fugl-Meyer FMA-UE test and the lower limb using the FMA-LE test. Disturbances in the motor-coordination sphere were additionally assessed using the stabilometry method on the ST-150 platform, using the following subtests: Romberg test, combined coordination-motor test, static test, dynamic test, as well as the foot reception test. Statistical processing was performed by the method of variance analysis. Results. As a result of rehabilitation measures, locomotion function and fine motility of the upper limb are restored in all patients. Recovery of upper extremity fine motility and stato-dynamic indicators in patients who received neuroprotective effects during the treatment of stroke is permanent. Positive dynamics are monitored throughout the entire period of catamnetic observation. The use of peptidergic drugs has a greater neurorehabilitation effect than the isolated use of micropolarization. The combined use of micropolarization and peptidergic metabolic support in patients with ischemic stroke significantly improves the functional results of rehabilitation at all stages of observation. According to the FMA-UE test, statistically significant differences compared to controls were observed in the subtests of mobility in the carpal joint and fingers of the hand, as well as voluntary movements with synergy. In patients of the I group, the score on the AII subscale was 15.2 ± 0.2 points, in the II group – 17.3 ± 0.3 points, in the III group – 17.3 ± 0.4 points, and in patients in the IV group – 17, 2±0.3 points (p<0.05). The score on subscale B (mobility of the wrist) for patients of group I was 8.2±0.1 points, group II – 9.0±0.1 points, group III – 9.4±0.1 points, group IV – 9.5±0.1 points (p<0.05). According to subscale C (mobility of the fingers of the hand), the average score in the I group was 11.8±0.2 points, in the II group – 13.0±0.3 points, in the III group – 13.5±0.2 points, and in the IV group – 13.6±0.2 points (p<0.05). According to the data of the FMA-LE test in domain EII (voluntary movements with synergy) in the control (I) group one year after ischemic stroke, the score corresponded to the level of 10.3±0.3 points, in the II group - 13.0±0.4 points, in group III – 13.5±0.3 points, in group IV – 13.6±0.4 points (p<0.05). For the EIII domain (voluntary movements with mixed synergy), the indicators increased to 2.8±0.1 points in the I group, to 3.2±0.1 points in the II group, to 3.3±0.1 points in the III group, up to 3.5±0.1 points – in the IV group (p<0.05). The total FMA-LE score was 74.2±2.4 points for the I group, 78.5±2.6 points for the II group, 79.5±3.2 points for the III group, and 80 for the IV group 80.7±2.5 points (p<0.05). Conclusions. As a result of rehabilitation measures, all patients recover locomotion function, fine motility of the upper limb. The greatest increase in indicators is characteristic of the EFAT subtest, which evaluates the function of straightening the fingers of the hand.The use of peptidergic drugs has a greater neurorehabilitation effect than the isolated use of micropolarization. The combined use of micropolarization and peptidergic metabolic support in patients with ischemic stroke significantly improves the functional results of early rehabilitation.
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脑卒中后患者的复杂神经康复
的相关性。有研究表明,电流对神经元的兴奋性和大脑皮层的活动有积极作用,这取决于所选择的模式。但目前尚不清楚对缺血性中风患者进行经颅脑电刺激是否会有积极的临床效果。目的:评价脑卒中后神经康复综合疗法的临床疗效。材料和方法。对150例缺血性急性脑循环损伤患者进行了治疗。总样本随机分为4个临床组:І (n=30) -传统治疗,ІІ (n=40) -在传统治疗的背景下应用肽能化合物(每天40毫升脑溶血素)在急性和早期恢复期的神经保护,ІІІ (n=40) -应用经颅微极化的传统治疗。IV (n=40) -在传统治疗的背景下,应用肽能化合物联合脑微极化在急性和早期恢复期联合神经保护。在观察期间,所有患者都使用动作研究臂测试(ARAT)反复评估上肢的运动功能,并对其进行修改,评估手部手指的伸展功能。此外,卒中后功能恢复使用STREAM(卒中康复运动评估)量表进行评估,上肢功能评估使用Fugl-Meyer FMA-UE测试,下肢功能评估使用FMA-LE测试。另外,在ST-150平台上使用稳定测量法评估运动-协调领域的干扰,使用以下子测试:Romberg测试、协调-运动联合测试、静态测试、动态测试以及足部接收测试。采用方差分析方法进行统计处理。结果。通过康复治疗,所有患者的上肢运动功能和精细运动功能均得以恢复。在脑卒中治疗期间接受神经保护作用的患者上肢精细运动和静动力指标的恢复是永久性的。积极的动态监测贯穿整个观测过程。使用多肽类药物比单独使用微极化具有更大的神经康复效果。微极化与肽能代谢支持联合应用于缺血性脑卒中患者,可显著改善各观察阶段的康复功能结果。根据FMA-UE检验,与对照组相比,腕关节和手部手指的活动度以及协同运动的自主运动的亚测试中观察到统计学上的显著差异。I组患者AII亚量表得分为15.2±0.2分,II组为- 17.3±0.3分,III组为- 17.3±0.4分,IV组为- 17.2±0.3分(p<0.05)。I组患者B项腕关节活动度评分为8.2±0.1分,II组为9.0±0.1分,III组为9.4±0.1分,IV组为9.5±0.1分(p<0.05)。根据C分量表(手部手指活动度),I组平均得分为11.8±0.2分,II组平均得分为- 13.0±0.3分,III组平均得分为- 13.5±0.2分,IV组平均得分为- 13.6±0.2分(p<0.05)。对照(I)组缺血性脑卒中后1年EII(自主协同运动)功能域FMA-LE测试数据,对应评分为10.3±0.3分,II组为- 13.0±0.4分,III组为- 13.5±0.3分,IV组为- 13.6±0.4分(p<0.05)。对于EIII领域(混合协同的自主运动),I组的指标增加到2.8±0.1分,II组增加到3.2±0.1分,III组增加到3.3±0.1分,IV组增加到3.5±0.1分(p<0.05)。FMA-LE总分I组为74.2±2.4分,II组为78.5±2.6分,III组为79.5±3.2分,IV组为80分,80.7±2.5分(p<0.05)。结论。通过康复治疗,所有患者均恢复运动功能,上肢精细运动。指标增加最多的是EFAT子测试的特征,该子测试评估了手手指伸直的功能。使用多肽类药物比单独使用微极化具有更大的神经康复效果。微极化与肽能代谢支持联合应用于缺血性脑卒中患者可显著改善早期康复的功能结果。
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