Clinical Neuroscience

[Primary prevention program of the Hungarian Spine Society - Part I. Scientific background of the posture correction exercise scheme]

GARDI Zsuzsa1, FESZTHAMMER Artúrné2, DARABOSNÉ Tim Irma2, TÓTHNÉ Steinhausz Viktória3, SOMHEGYI Annamária4, VARGA Péter Pál5

MARCH 10, 2005

Clinical Neuroscience - 2005;58(03-04)

[The primary prevention program of the Hungarian Spine Society aims to increase awareness of the need to develop and automatically maintain a biomechanically correct posture for all school children. The biomechanically correct posture is a dynamic balance based on a correct middle position of the pelvis and on muscle balance. In this position three important anatomical points - the left and right anterior superior iliac spines and the upper medial point of the pubic bone - form one frontal plane. From side-view the imaginary weight median of the body crosses the 2nd to 5th lumbar and the 2nd to 5th cervical vertebral bodies. When the muscles involved in posture are in balance, their strength and flexibility are just appropriate for the almost continuous work required against gravity. In case of static and/or dynamic under- or overload tonic muscles become shortened, and phasic muscles become stretched, and are no longer able to work optimally. Since many muscles and muscle parts that are involved in normal posture maintenance are not satisfactorily challenged in regular physical exercises and sport activities, the preventive exercise scheme of the Hungarian Spine Society aimed to involve these rarely used muscles in special strengthening and stretching exercises. The scheme is based on 12 test exercises that assess the strength and flexibility of postural muscles. A person who is able to do all test exercises correctly has no problem with his or her muscle balance. In order to counteract the harm caused by sedentary lifestyle already in childhood, regular use of this posture correction scheme in physical education starting from preschool throughout the school-years is recommended for all children.]


  1. Magyar Gyógytornászok Társasága, Budapest
  2. Semmelweis Egyetem Budapest, Egészségügyi Fõiskolai Kar, Fizioterápiai Tanszék, Budapest
  3. Pécsi Tudományegyetem, Egészségügyi Fõiskolai Kar, Zalaegerszegi Képzési Központ, Zalaegerszeg
  4. Egészségügyi, Szociális és Családügyi Minisztérium, Budapest
  5. Gerincgyógyászati Nemzeti Központ, Budapest



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[In the past decade, owing to the advance of epilepsy surgery, growing knowledge has accumulated on the role of the supplementary motor area, described by Penfield and coworkers in the early fifties, in movement regulation and on the characteristics of seizures involving this area. In the Hungarian neurological literature this topic - despite its neurophysiological and practical clinical importance - has been hardly touched. The authors, based on their own experience obtained from surgeries performed within the framework of the "Co-operative Epilepsy Surgery Program", describe the electrophysiological features of this area, its role in movement regulation and the symptoms of epileptic seizures stemmed from or spread onto this area. Using cases as illustrations, they demonstrate the reasoning and various algorithms of the multidisciplinary examination necessary to explore the seizure onset zone and the pathways of seizure spread. Details of the surgical solution are also described.]

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[Background - Image fusion permits quantitative analysis of the consequences of 125 Iodine interstitial irradiation of brain tumors. The volume of tumor necrosis, reactive zone and edema can be compared to the dosimetric data. Patients and method - Nineteen patients with low grade glioma were analyzed on the average 14.5 months following 125 Iodine interstitial irradiation. Dose planning and image fusion were performed with the Target 1.19 (BrainLab) software. The CT/MR images showing the so called “triple ring” (necrosis, reactive ring and edema) developing after the interstitial irradiation of brain tumors were fused with the planning images and the isodose curves. The volume of the three regions was measured. Values at the intersections of isodose curves and necrosis borders were averaged and used for calculation of tumor necrosis. The volume of normal brain tissue irradiated by given dose values, as well as homogeneity and conformality indices were also determined. Results - The relative volumes of the different parts of the “triple-ring” compared to the reference dose volume were the following: necrosis 54.9%, reactive zone 59.7%, and edema 445.3% . Tumor necrosis developed at 71.9 Gy dose. At the irradiation of an average size glioma with a volume of 12.7 cm3, 5 to 7 cm3 normal brain tissue around the tumor received 60-70 Gy dose. The average homogeneity and conformality indices were 0.24 and 0.57, respectively. Conclusion - The analysis of changes in the volume of edema, reactive ring and necrosis caused by interstitial irradiation, and their correlation with the dozimetric data using the image fusion method provide useful information for patient follow-up, clinical management and further therapeutic decisions.]

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SOMHEGYI Annamária, TÓTH János, MAKSZIN Imre, GARDI Zsuzsa, FESZTHAMMER Artúrné, DARABOSNÉ Tim Irma, TÓTHNÉ Steinhausz Viktória, TÓTHNÉ Szabó Klára, VARGA Péter Pál

[Introduction - The primary prevention program of the Hungarian Spine Society is set around 12 test exercises that assess performance of postural muscles and then develops their strength and flexibility. By this the scheme aims to make the biomechanically correct use of the spinal column spontaneous. Subjects and methos - The application of the scheme in the frame of physical education in a primary school was investigated in a prospective controlled study in the school-year of 2001/2002. Participating children were aged 6 to 14. The intervention group (n=200) regularly did the posture correction exercises with their teacher's direction in physical education classes, while the control group (n=213) did not. The 12 test exercises of the posture correction scheme of the Hungarian Spine Society were tested by an independent physiotherapist at the beginning and at the end of the school-year in both groups. Results were analyzed by paired and unpaired t-tests and by a chi-square test. Results - At the end of the school-year the strength and flexibility of the postural muscles of the intervention group improved significantly compared both to their own performance (p<0.01) at the beginning of the school-year and to the control group. Test results of the control group were significantly (p<0.05) worse at the end of the school-year than their own results at beginning of the school-year, and were more significantly (p<0.01) worse than the test results of intervention group. Conclusion - The results of the controlled study confirm that regular use of the preventive exercises in physical education improves the strength and flexibility of postural muscles. In order to analyze the results concerning specific muscle groups or age groups a detailed study with age- and gender-matched controls will be necessary.]

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[Background – Dizziness is one of the most frequent complaints when a patient is searching for medical care and resolution. This can be a problematic presentation in the emergency department, both from a diagnostic and a management standpoint. Purpose – The aim of our study is to clarify what happens to patients after leaving the emergency department. Methods – 879 patients were examined at the Semmel­weis University Emergency Department with vertigo and dizziness. We sent a questionnaire to these patients and we had 308 completed papers back (110 male, 198 female patients, mean age 61.8 ± 12.31 SD), which we further analyzed. Results – Based on the emergency department diagnosis we had the following results: central vestibular lesion (n = 71), dizziness or giddiness (n = 64) and BPPV (n = 51) were among the most frequent diagnosis. Clarification of the final post-examination diagnosis took several days (28.8%), and weeks (24.2%). It was also noticed that 24.02% of this population never received a proper diagnosis. Among the population only 80 patients (25.8%) got proper diagnosis of their complaints, which was supported by qualitative statistical analysis (Cohen Kappa test) result (κ = 0.560). Discussion – The correlation between our emergency department diagnosis and final diagnosis given to patients is low, a phenomenon that is also observable in other countries. Therefore, patient follow-up is an important issue, including the importance of neurotology and possibly neurological examination. Conclusion – Emergency diagnosis of vertigo is a great challenge, but despite of difficulties the targeted and quick case history and exact examination can evaluate the central or peripheral cause of the balance disorder. Therefore, to prevent declination of the quality of life the importance of further investigation is high.]

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