Transcutaneous FES-induced pain maps on post-stroke upper limb: Preliminary study

机译：经皮FES诱导的疼痛地图上卒中后肢体：初步研究

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Functional Electrical Stimulation (FES) is a technique to artificially stimulate motor nerves in order to restore motor/sensory functions for assistive and therapeutic applications. This preliminary study attempts to detect differences in the perception of transcutaneous FES in upper limbs. Three chronic stroke survivors participated in the study. Multi-field electrodes were used to selectively activate the targeted areas over the wrist-finger flexors, wrist-finger extensors, biceps, and triceps muscles. Results showed no significant correlation between the applied current and pain ratings. Differences in the rating of pain in different fields over the four targeted areas were observed. The initial results suggest that here is a common pattern to most subjects for each area of the upper limb.

机译：功能电刺激（FES）是一种用于人工刺激电动发射的技术，以恢复辅助和治疗应用的电动机/感官功能。这种初步研究试图检测上肢对经皮FES感知的差异。三位慢性中风幸存者参加了该研究。使用多场电极来选择性地激活手指屈肌，手指伸肌，二头肌和三头肌肌上的目标区域。结果表明，施加的电流与疼痛评分之间没有显着相关性。观察到四个有针对性地区的不同领域疼痛评定的差异。初始结果表明这里是上肢每个区域的大多数受试者的常见模式。

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《IEEE International Functional Electrical Stimulation Society Annual Conference》|2014年||共4页
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Imatz Eukene; Keller Thierry; Cuesta Alicia; Iglesias Javier; Carratala Maria;
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中图分类电诊断;
关键词
biomedical electrodes; neuromuscular stimulation; artificially stimulate motor nerves; biceps muscles; chronic stroke survivors; functional electrical stimulation; motor-sensory functions; multifield electrodes; post-stroke upper limb; therapeutic applications; transcutaneous FES perception; transcutaneous FES-induced pain maps; triceps muscles; wrist-finger extensors; wrist-finger flexors; Correlation; Distribution functions; Electrical stimulation; Electrodes; Graphical models; Pain; FES; neuroprosthesis; pain; transcutaneous electrodes; upper limb;

机译：生物医学电极;神经肌肉刺激;人工刺激运动神经;二头肌肌肉;慢性中风幸存者;功能电刺激;电动机感应功能;多级电极;卒中后上肢;治疗应用;经皮特征感染;经皮FES诱导的痛苦地图;肱三头肌;手指伸伸;腕部屈肌;相关性;电刺激;电极;图形模型;疼痛;FES;神经调节;疼痛;过度的电极;上肢;上肢;

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专利

1. An Approach for Experimental Investigation of Muscle Activities of the Upper Limbs (Right versus Left Arm) of Healthy Subjects and Post-stroke Patients - A Preliminary Study [J] . Rositsa Raikova, Silvija Angelova, Vihren Chakarov, Bioautomation . 2014,第2期

机译：健康受试者和中风后患者上肢肌肉活动（右臂与左臂）的实验研究方法-初步研究
2. An Approach for Experimental Investigation of Muscle Activities of the Upper Limbs (Right versus Left Arm) of Healthy Subjects and Post-stroke Patients - A Preliminary Study [J] . Rositsa Raikova, Silvija Angelova, Vihren Chakarov, International Journal Bioautomation . 2014,第2期

机译：健康受试者和中风后患者上肢肌肉活动（右臂与左臂）的实验研究方法-初步研究
3. Factors Influencing Goal Attainment in Patients with Post-Stroke Upper Limb Spasticity Following Treatment with Botulinum Toxin A in Real-Life Clinical Practice: Sub-Analyses from the Upper Limb International Spasticity (ULIS)-II Study [J] . Jorge Jacinto, Jovita Balcaitiene, Klemens Fheodoroff, Toxins . 2015,第4期

机译：现实生活中，肉毒毒素A治疗后卒中后上肢痉挛患者目标达成的影响因素：上肢国际痉挛（ULIS）-II研究的子分析
4. Transcutaneous FES-induced pain maps on post-stroke upper limb: Preliminary study [C] . Imatz Eukene, Keller Thierry, Cuesta Alicia, 2014 IEEE 19th International Functional Electrical Stimulation Society Annual Conference . 2014

机译：卒中后上肢经皮FES引起的疼痛图：初步研究
5. Virtual Reality and Robotic Based Training for the Upper Limb in the Acute and Early Sub-acute Periods Post-stroke [D] . Patel, Jigna . 2020

机译：中风后急性和早期亚急性时期上肢上肢的虚拟现实和机器人训练
6. The Muscle Activation Differences in Post-Stroke Upper Limb Flexion Synergy Based on Spinal Cord Segments: A Preliminary Proof-of-Concept Study [O] . Gang Liu, Chin-hsuan Chia, Wei-ning Wang, 2021

机译：基于脊髓段的行程后肢体屈曲协同作用的肌肉激活差异：初步概念研究
7. Transcutaneous FES-induced pain maps on post-stroke upper limb [O] . Imatz-Ojanguren Eukene, Cuesta Alicia, Iglesias Javier, 2014

机译：经皮FEs诱导的中风后上肢疼痛图

Transcutaneous FES-induced pain maps on post-stroke upper limb: Preliminary study

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