Early Rehabilitation Training Combined with Environmental Stimulation Intervention on the Recovery Process of Limb Function and Neurological Function in Stroke Patients
Objective To explore the effects of early rehabilitation training combined with environmental stimulation intervention on the limb recovery process and neurological function in stroke patients.Methods A total of 78 patients in the rehabilitation phase of stroke who were admitted to Zhengzhou Second People's Hospital from October 2022 to April 2024 were selected for the study.According to different intervention plans,they were divided into a conventional group and a combined intervention group,each consisting of 39 cases.The two groups were compared regarding their self-care ability(Barthel Index),rehabilitation stage assessment(Brunnstrom Staging),limb balance function(Fugl-Meyer Balance Scale),and neurological function(Chinese version of National Institute of Health Stroke Scale).Results Before discharge,the Barthel Index distribution and Brunnstrom rehabilitation stage assessment in the combined group were significantly better than those in the conventional group,with statistically significant differences(P<0.05).The Fugl-Meyer scores for both groups showed an upward trend at admission,one week post-admission,and before discharge.Notably,the Fugl-Meyer scores for the combined group at one week post-admission and before discharge were significantly higher than those of the conventional group(P<0.05).Before discharge,the NIHSS scores for all dimensions in both groups were lower than those at admission,with statistically significant differences(P<0.05),and the combined group had lower scores than the conventional group,showing significance as well(P<0.05).Conclusion Early rehabilitation training combined with environmental stimulation intervention effectively promotes the limb recovery process in stroke patients,improving self-care ability,limb balance function,and neurological function.This approach is worthy of clinical application.
early rehabilitation trainingenvironmental stimulationstrokelimb recoveryneurological function