Feasibility analysis of combined traditional Chinese medicine fumigation and electromyography biofeedback in injured players with shoulder-hand syndrome after stroke

ABSTRACT

Objective: Exploring the feasibility of combining herbal fumigation and myoelectric biofeedback therapy in injured players with post-stroke shoulder-hand syndrome. Methods: A total of 80 players with shoulder-hand syndrome after stroke who were healed in our hospital from July 2019 to June 2021 were retrospectively opted as the research subjects, and were divided into a joint intervention cluster (JIG) according to the variations in their healing methods. cluster, n=40, receiving traditional Chinese medicine fumigation and EMG biofeedback healing) and EMG healing cluster (Electromyobiological feedback cluster, EFG cluster, n=40), the healing effect, changes in simplified FMA mark of upper limbs before and after healing, and healing effects were contrasted between the two clusters. The changes of the front and rear shoulder pain and the pain part of the High Coast Shoulder Joint Function Rating Scale were recorded, and the occurrence of adverse reactions in the two clusters of injured players was recorded; Results: The total effective rate of injured players in the JIG cluster was 97.50% (39/40), which was notably upper than 85.00% (34/40) in the EFG cluster, and the variation between the clusters was notable (P<0.05). None notable variation in the simplified FMA mark between the clusters (P>0.05). On the 7th, 14th, and 28th days of healing, the simplified FMA mark of the upper limbs of the JIG cluster was notably upper than that of the EFG cluster, and the variation was notable (P>0.05). P<0.05); before healing, None notable variation between the two clusters in the degree of shoulder pain and the pain part of the Gaoshore Shoulder Joint Function Assessment Scale (P>0.05). After 28 days of healing, the degree of shoulder pain in the JIG cluster was notably bottom In the EFG cluster, the pain mark of the Gaoan Shoulder Joint Function Assessment Scale was notably upper than that in the EFG cluster, and the variation between the two clusters was notable (P<0.05) (AU)