Comparison of Short-Term Clinical and Electrophysiological Outcomes of Local Steroid Injection and Surgical Decompression in the Treatment of Carpal Tunnel Syndrome.

AIM: To investigate the effectiveness of local steroid injection and surgical decompression in the treatment of patients with severe carpal tunnel syndrome (CTS) and also to compare short-term outcomes using clinical and electrophysiological criteria. MATERIAL AND METHODS: The patients diagnosed as severe CTS were divided into two groups. Group 1 received local steroid injection and Group 2 underwent surgical decompression. The Boston Questionnaire that consists of two sections as the Boston Symptom Severity Scale (BSS) and the Functional Status Scale (FSS) was completed by the patients. RESULTS: A total of 33 patients completed the study. Since two patients had bilateral severe CTS, a total of 35 hands were evaluated in the study. In Group 1, a significant difference was recorded between some pre- and post-treatment clinical parameters (BSS and FSS scores) and all electrophysiological parameters excluding motor conduction velocities. In Group 2, a statistically significant difference was found between pre- and post-treatment BSS scores and all electrophysiological parameters excluding motor conduction velocity and distal latency. However intergroup differences were not statistically significant as for all clinical and electrophysiological parameters (BSS, FSS, sensory amplitude, sensory conduction velocity, distal latency, motor amplitude, motor conduction velocity). CONCLUSION: In the treatment of severe CTS, steroid injection and surgical decompression achieved favourable improvements in clinical and electrophysiological parameters within a short-term without superiority of one treatment over other. Therefore, in patients in whom surgical decompression can not be applied, local steroid injection can be recommended as a less invasive and a promising treatment alternative.

Sensory disturbance and polyneuropathy in rheumatoid arthritis patients with foot deformity.

INTRODUCTION: Our aim in this study was to present the results of sensory evaluation tests and electrophysiological evaluations in rheumatoid arthritis (RA) patients with foot deformity and to determine their relation with general health status and lower extremity functionality. MATERIALS AND METHODS: Fifty-one patients with RA diagnosis and foot deformity were included in the study. Demographic and disease characteristics of the patients were recorded, and a detailed neurological examination was performed. Superficial sensation, pain, heat, vibration, and two-point discrimination sensation were evaluated in each foot, and their sum was used to determine the sensory deficits index (SDI) of 0-10. The presence of polyneuropathy was evaluated with electrophysiological methods. The Health Assessment Questionnaire and mobility and walking subscales of the Arthritis Impact Measurement Scales-2 were used to assess general health status and lower extremity functionality, respectively. According to the sensory examination and electromyography results, patients were compared in terms of their general health status and lower extremity functional status. RESULTS: Sensory disturbance was detected in 39 patients (74%) during the examination; however, 27 patients (52.9%) had polyneuropathy determined electrophysiologically. In patients with sensory deficits, statistically significant deterioration was detected in general health and foot functionality, including mobility and walking, when compared to patients with a normal sensory evaluation. CONCLUSIONS: Even in the presence of normal electrophysiological tests, sensory dysfunction alone seems to be associated with severe disability in general health status and foot functionality when compared to patients with a normal sensory examination.

Sensory disturbance and polyneuropathy in rheumatoid arthritis patients with foot deformity / Perturbações sensitivas e polineuropatia em pacientes com artrite reumatoide com deformidade do pé

Abstract Introduction Our aim in this study was to present the results of sensory evaluation tests and electrophysiological evaluations in rheumatoid arthritis (RA) patients with foot deformity and to determine their relation with general health status and lower extremity functionality. Materials and methods Fifty-one patients with RA diagnosis and foot deformity were included in the study. Demographic and disease characteristics of the patients were recorded, and a detailed neurological examination was performed. Superficial sensation, pain, heat, vibration, and two-point discrimination sensation were evaluated in each foot, and their sum was used to determine the sensory deficits index (SDI) of 0–10. The presence of polyneuropathy was evaluated with electrophysiological methods. The Health Assessment Questionnaire and mobility and walking subscales of the Arthritis Impact Measurement Scales-2 were used to assess general health status and lower extremity functionality, respectively. According to the sensory examination and electromyography results, patients were compared in terms of their general health status and lower extremity functional status. Results Sensory disturbance was detected in 39 patients (74%) during the examination; however, 27 patients (52.9%) had polyneuropathy determined electrophysiologically. In patients with sensory deficits, statistically significant deterioration was detected in general health and foot functionality, including mobility and walking, when compared to patients with a normal sensory evaluation. Conclusions Even in the presence of normal electrophysiological tests, sensory dysfunction alone seems to be associated with severe disability in general health status and foot functionality when compared to patients with a normal sensory examination.

Resumo Introdução O objetivo deste estudo foi apresentar os resultados dos testes de avaliação sensitiva e do exame eletrofisiológico em pacientes com artrite reumatoide (AR) com deformidade do pé e determinar a sua relação com o estado geral de saúde e o aspecto funcional dos membros inferiores. Materiais e métodos Foram incluídos no estudo 51 pacientes com diagnóstico de AR e deformidade do pé. Foram registradas as características demográficas e da doença de cada indivíduo e foi feito um exame neurológico detalhado. Foi avaliada a sensibilidade superficial, dolorosa, térmica e vibratória e aplicado o teste de discriminação de dois pontos em cada um dos pés. A soma dos escores foi usada para determinar o índice de déficits sensitivos (IDS) de 0‐10. A presença de polineuropatia foi avaliada com métodos eletrofisiológicos. Foram usados o Health Assessment Questionnaire e as subescalas mobilidade e deambulação da Arthritis Impact Measurement Scales‐2 para avaliar o estado geral de saúde e o aspecto funcional de membros inferiores, respectivamente. De acordo com os resultados dos exames de eletromiografia e de sensibilidade, os pacientes foram comparados em relação ao seu estado geral de saúde e estado funcional de membros inferiores. Resultados Foram detectados distúrbios sensitivos em 39 pacientes (74%) durante o exame; contudo, 27 (52,9%) tinham polineuropatia determinada eletrofisiologicamente. Em pacientes com déficits sensitivos, foi detectada deterioração estatisticamente significativa no estado geral de saúde e no aspecto funcional do pé, inclusive na mobilidade e deambulação, quando comparados com os pacientes com uma avaliação sensitiva normal. Conclusão Mesmo na presença de testes eletrofisiológicos normais, a disfunção sensitiva isolada parece estar associada a incapacidade grave no estado geral de saúde e ao aspecto funcional do pé em comparação com pacientes com um exame sensitivo normal.

Hemiplegic shoulder pain: associated factors and rehabilitation outcomes of hemiplegic patients with and without shoulder pain.

OBJECTIVES: To analyze the incidence of and the factors associated with shoulder pain in people with hemiplegia and to understand the effect of rehabilitation programs on the parameters of motor function and activity limitations in patients with and without hemiplegic shoulder pain. METHODS: Patients in the initial 6-month period after stroke who were hospitalized in the physical medicine and rehabilitation clinic were included in the study. Patients were considered early rehabilitation entrants if they were admitted in the first 0 to 30 days after a stroke and late rehabilitation entrants if they were admitted 30 to 120 days after a stroke. Demographic and clinical features, complications, and medical histories of the patients were recorded. Upper extremity Fugl-Meyer Motor Assessment (FMA), Frenchay Arm Test (FAT), and Functional Independence Measure (FIM) were applied to the patients on admission, at discharge, and after 1 month of follow-up. RESULTS: Twenty-one (38%) patients did not have shoulder pain, and 34 (62%) patients had decreased shoulder pain. Immobilization, duration of disease, and late rehabilitation were shown to be effective treatments for shoulder pain. The major risk factors were disease duration and poor initial motor function. In both groups, the FMA, FAT, and FIM scores showed significant changes. This improvement did not differ between the 2 groups. CONCLUSION: Duration of disease and low motor functional capacities have the most important impact on shoulder pain. In patients with and without shoulder pain, a systematic rehabilitation program is beneficial with respect to motor function and daily living activities.