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• METHODOLOGICAL ASPECTS OF THE PREVENTION OF SPINE DEFORMITY IN THE FIELD OF PHYSIOTHERAPY

  Anetta Müller

  István Ágoston Simon

  Andrea Lenténé Puskás

  Melinda Bíró

  Péter Zidek

  Nóra Laoues-Czimbalmos

  Views:

  96

  Correct posture is important for health and performance and is also the key to maintaining health. Incorrect posture can have many negative consequences for our physical and mental health. The study undertakes to present the incidence rates of postural disorders and scoliosis in the different grades of public education students based on Hungarian national statistical data, as well as to highlight the age group at risk based on the incidence. In adolescence, we encounter a much higher incidence of posture disorders and scoliosis, one of the reasons for which may be growth, which is not followed by adequate strength of the trunk muscles, but is also influenced by lifestyle factors. Another goal of the article is to provide guidance to physical therapists by collecting methods and tools for the prevention of spinal deformities, helping them implement primary prevention and spinal protection. A lifestyle rich in movement, leisure sports and physical activity can play an outstanding role in preventing poor posture, scoliosis and pes planus diagnosis in students.

   

• CHANGES IN SPINAL RANGE OF MOTION AFTER 16 WEEKS TRAINING PROGRAM IN PUBERTAL CHILDREN

  Mónika Szigethy

  Katalin Nagyváradi

  Judit H. Ekler

  Ferenc Ihász

  Views:

  179

  The aim of the present research was to improve the neglect behavior of pubertal children in an intervention program. Within the framework of the program, the main function of the spinal column and the strength and extensibility of the muscles responsible for posture were investigated. The participants included in the study are 7th grade children of the Neumann János Elementary School in Szombathely, Hungary, (n_b=7); (ng=10). The Idiag M360 Spinal Mouse was used to investigate the physiological curvatures and main function of the spinal column before and after the program. The device was used to examine the children's spines in standing, bending forward and again in a standing position after the Matthiass test was performed. Pre-intervention (1) and post-intervention (2) data showed significant decreases in all assessed characteristics and similar increases in sacrum to hip ratio (Sac/Hip) (9.83±4.36 - 21.63±4.39); p<0.000.  The greatest change was found in the Th11/12 dorsal vertebral body angles (4.50±2.05 - -0.30±0.25); p<0.000. As a result of the postural improvement program, the degree of pelvic tilt and, in parallel, the physiological curvature of lumbar lordosis was reduced to within the age-specific reference values.