To determine the effects of cervical kyphosis on the recovery of swallowing function in subacute stroke patients.
Baseline and 1-month follow-up videofluoroscopic swallowing studies (VFSSs) of 51 stroke patients were retrospectively analyzed. The patients were divided into the cervical kyphosis (Cobb's angle <20°, n=27) and control (n=24) groups. The penetration-aspiration scale (PAS), American Speech-Language-Hearing Association National Outcomes Measurement System swallowing scale (ASHA NOMS), and videofluoroscopic dysphagia scale (VDS) were used to determine the severity of dysphagia. Finally, the prevalence of abnormal VFSS findings was compared between the two groups.
There were no significant differences in baseline PAS, ASHA NOMS, and VDS scores between the two groups. However, the follow-up VDS scores in the cervical kyphosis group were significantly higher than those in the control group (p=0.04), and a follow-up study showed a tendency towards worse ASHA NOMS scores (p=0.07) in the cervical kyphosis group. In addition, the cervical kyphosis group had a higher occurrence of pharyngeal wall coating in both baseline and follow-up studies, as well as increased aspiration in follow-up studies (p<0.05).
This study showed that stroke patients who had cervical kyphosis at the time of stroke might have impaired recovery from dysphagia after stroke.
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To compare quantitative muscle activation between erect and slouched sitting postures in the muscles around the scapula, and to investigate the correlation between the angle of thoracic kyphosis and the alteration of muscle activity depending on two different sitting postures.
Ten healthy males participated in the study. Unilateral surface electromyography (SEMG) was performed for serratus anterior, middle trapezius (MT), and lower trapezius (LT), which are scapular stabilizer muscles, as well as latissimus dorsi. Participants elevated their shoulders for 3 seconds up to 90° abduction in the scapular plane, tilting 30° anterior in the coronal plane. They were told to hold the position for 10 seconds and voluntary isometric contractions were recorded by SEMG. These movement procedures were conducted for three times each for erect and slouched sitting postures and data were averaged.
Activities of MT and LT increased significantly more in the slouched sitting posture than in the erect one. There was no significant correlation between kyphotic angle and the area under curve of each muscle.
Because MT and LT are known as prime movers of scapular rotation, the findings of this study support the notion that slouched sitting posture affects scapular movement. Such scapular dyskinesis during arm elevation leads to scapular stabilizers becoming overactive, and is relevant to muscle fatigue. Thus, slouched sitting posture could be one of the risk factors involved in musculoskeletal pain around scapulae.
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Objective: To assess the prevalence and contributing factors for myofascial pain syndrome in male adolescents and to evaluate the association of thoracic kyphosis and myofascial pain syndrome.
Method: Four hundred thirteen male students of three high schools and one middle school were randomly selected. With the diagnostic criteria of palpable taut band, spot tenderness and pain recognition, myofascial pain syndrome in trapezius and infraspinatus were diagnosed. Thoracic kyphosis and pressure pain threshold were measured and contributing factors were collected with questionnaire. The relation between thoracic kyphosis and pressure pain threshold was evaluated and contributing factors for myofascial pain syndrome were compared.
Results: The prevalence of myofascial pain syndrome was 31.5% in trapezius and 1.0% in infraspinatus. Mean pressure pain thresholds were low in latent trigger point and myofascial pain syndrome group in comparison with normal group (p＜0.05). There was no statistically significant correlation between thoracic kyphosis and pressure pain threshold. Aging and uncomfortable desk and chair were associated with high risk of myofascial pain syndrome.
Conclusion: Myofacial pain syndrome is common in male adolescents and inadequate posture due to uncomfortable desk and chair rather than physical attributes like thoracic kyphosis is a contributing factor. Proper education and prevention are needed.
Objective: Sagittal imbalance in lumbar degenerative kyphosis (LDK) is usually more evident when walking, suggesting its dynamic nature. Radiographic examination which only revealed the static status of the spine was considered to be inadequate for assessment of this condition. Gait analysis allows estimation of dynamic spinal imbalance associated with the pelvis and lower extremities in LDK. This study was designed to predict the success of surgery for LDK with gait analysis.
Method: Twenty-six patients who had corrective surgery after gait analysis and had been followed up for more than two years were included in this study. All patients were female, and in average 57.1 years of age (42∼70). Group I consisted of 21 satisfactory patients with marked improvement in stooping, and Group II consisted of five patients with persistent stooping, whose condition remained unsatisfactory despite surgery. In order to find the cause of postoperative persistent stooping, various radiographic and preoperative gait parameters were compared between the two groups.
Results: The average angle of anterior pelvic tilt, hip, and knee flexion were more increased in Group II than Group I. The pattern of hip internal moment in stance phase of gait cycle was biphasic in Group I, similar to the normal pattern, whereas it was monophasic and internal hip extensor hip moment was increased throughout the stance phase in Group II.
Conclusion: An available tool that permitts practical evaluation of dynamic sagittal imbalance of the spine is gait analysis as substantiated by the results of this study.
Kyphotic deformity arising from the failure in formation of a vertebral body is an uncommon condition showing late complications of gross spinal angulation, paraplegia, impaired bladder function and cardiopulmonary deficiencies. Congenital hemivertebra constitute approximately 6% of anomalies associated with congenital spinal deformities. The natural course of this disease remains unpredictable, especially regarding the development of neurological impairment. Only a few numbers of patients with severe kyphosis due to congenital dorsal hemivertebra have been reported.
We present a 40-year-old man with severe thoracic kyphosis. Gait difficulty due to paraplegia occurred at the age of fifteen with progressive development of the right lower limb pain and later impairment of bladder function. He had no cardiopulmonary deficiencies. Radiological findings showed a wedge shaped dorsal hemivertebra and cord compression at the eleventh level of thoracic vertebra. In view of the poor prognosis of surgical intervention he was fitted with an Jewett brace so that further neurological impairment was avoided. We report a rare case of congenital kyphosis due to dorsal hemivertebra in adult with progressive neurological impairment.
Tuberculous spondylitis occurs commonly by the hematogenous spread of infectious organism, Mycobacterium tuberculosis, from the primary foci of the pulmonary and genitourinary systems. Spinal involvement is the most common among tuberculosis of the musculoskeletal system. Tuberculous spondylitis is not easily diagnosed in its early stages and furthermore it is hard to know whether or not the vertebrae are involved by simple X-ray study. The incidence of neurologic deficits varies from 4 to 50%. If the disease is not diagnosed and treated promptly, paraplegia may occur from vertebral collapse. A retrospective study was performed to evaluate the clinical features of tuberculous spondylitis in 51 patients (male 25, female 26), age range of 4-79 years (mean, 36.2⁑18.7). Clinical symptoms, signs, radiological findings and laboratory findings were reviewed. The latest follow ups were done with telephone interviews to evaluate their general improvement and neurological recoveries.
Back pain was the most frequent symptom, followed by sensory disturbance and gait difficulty. Twenty one patients had kyphotic deformity, 7 had lower extremity paralysis, and 29 patients were accompanied by pulmonary tuberculosis. The involved spinal segments were C2 through S1 with the most common site of thoracolumbar spines. The average erythrocyte sedimentation rate (ESR) was 42.1⁑23.5 mm/hour before medical or surgical treatment and 19.6⁑12.6 mm/hour after treatment. The acid-fast bacillus test was positive in only 6 patients. Electrodiagnostic studies and bone scans showed positive findings in 75% and 86%, respectively. Back pain was relieved in 90% of the patients with medical or surgical treatment. In patients with paralysis, initial kyphotic angle and degree of vertebral body loss were significantly greater than in patient without paralysis. When treated surgically early after the leg paralysis, patients with paralysis improved their neurologic deficits and gait better than when treated after 2 months.
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