Statistical Analysis and Simulation of Orthostatic Position by Means of the Pedometer in Patients with Hyperkyphosis
Autori:
Mariana ROTARIU, Marius TURNEA, Mihai ILEA, Dragos AROTARITEI,
Andrei Catalin IONITE, Andrei GHEORGHITA
Cod: ISSN: 1583-3410 (print), ISSN: 1584-5397 (electronic)
Dimensiuni: pp. 209-221
How to cite this article:Rotariu, M., Turnea, M., Ilea, M., Arotaritei, D., Ionite, A.C., Gheorghita, A. (2017). Statistical Analysis and Simulation of Orthostatic Position by Means of the Pedometer in Patients with Hyperkyphosis. Revista de Cercetare si Interventie Sociala, 59, 209-221. |
Abstract:
The essential element of the “modern” man is a long time spent in the office,
in front of the computer or on the phone. Such a posture leads to substantial
modifications to the center of gravity, which leads to the set in of hyperkyphosis.
The statistical analysis and simulation of such a symptomatology can help both
the doctor and the medical recovery specialists in the early prevention of the body
posture, since the primary symptomatology of the hyperkyphosis cannot be detected
following a primary consultation, being usually mistaken for a kyphotic
attitude. The statistical study described above offers a new, non-invasive approach
in the early detection of kyphotic conditions, but also a useful tool in the evaluation
of the spine’s deformation degree.
Keywords:
hyperkyphosis, posture test, modeling and simulation, distribution of average deviations, social impact.
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