Tag: technologia

Effect of spinal mobility exercises on functional mobility using AI technology powered software on lumbothorax of young adults with sway back posture

S. Jesvin Bose, N Senthil Kumar, Jeslin G N, Pooja S, Sundareswaran R, Karthick K, Neha Lakshmanan

S. Jesvin Bose, N Senthil Kumar, Jeslin G N, Pooja S, Sundareswaran R, Karthick K et al. – Effect of spinal mobility exercises on functional mobility using AI technology powered software on lumbothorax of young adults with sway back posture –  Fizjoterapia Polska 2025; 25(3); 298-301

DOI: https://doi.org/10.56984/8ZG7D19FU69

Abstract
Introduction. Sway back posture is the most common deviation of sagittal alignment, characterized by multiple compensatory changes that may be caused by various factors and can affect activities of daily living. The aim of the study was to ascertain the efficacy of spinal mobility exercises in subjects with sway back posture.
Materials and methods. This quasi-experimental study involved 30 subjects aged 18 to 25 of both genders with at least 10 degrees of anterior pelvic tilt. Postural analysis was conducted pre- and post-training using APECS (AI Posture Evaluation and Correction System) after 8 weeks of spinal mobility exercises.
Results. Paired t-test analysis showed a statistically significant improvement in the ASIS angle (t = 9.23, p < 0.001, d = 1.83), a post-intervention reduction in the PSIS angle (t = 10.12, p < 0.001, d = 2.00), and pelvic tilt (t = 11.45, p < 0.001, d = 2.25). The results show statistically significant reductions in all postural analysis variables measured using AI software.
Conclusion. Spinal mobility exercises improve functional movement and are an effective treatment for sway back posture. This study presents positive preliminary results for spinal mobility exercises, but full validation is necessary in future research.
Keywords
technology, spine, posture, lumbosacral region, good health and well-being
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Development of a mobile learning application for football circuit training: enhancing independent skills training in Elite Pro Academy

Fahrial Amiq, Prayogi Dwina Angga, Imam Hariadi, Prisca Widiawati

 

Fahrial Amiq, Prayogi Dwina Angga, Imam Hariadi, Prisca Widiawati – Development of a mobile learning application for football circuit training: enhancing independent skills training in Elite Pro Academy –  Fizjoterapia Polska 2025; 25(2); 413-420

DOI: https://doi.org/10.56984/8ZG00E17HS0

Abstract
This study aims to develop a circuit training-based mobile learning application to improve students’ physical and technical skills at Elite Pro Academy (EPA). The study uses the Lee and Owens model, including five stages: assessment (needs and initial analysis), design (planning), development (product development), implementation (implementation), and evaluation (evaluation). Validation tests were conducted by two material experts and two media experts, with each aspect obtaining a “very good” percentage above 91%. The application prototype was tested on ten students in a small group trial and fifty in a large group trial. The trial results showed that the aspects of ease of use, clarity of material, aesthetics, and instructional quality of the application were rated “very good”, with a percentage above 88% in all groups. This application supports learning flexibility through offline features and video resolution settings, making it easy for students to access materials anytime. Its implementation has been shown to increase student independence in training and provide clear instructions through interactive features. The conclusion of this study shows that the circuit training-based mobile learning application is practical in supporting independent learning at EPA and has the potential to be adopted more widely in other football academies.
Key words
football, circuit training, technology, application
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Oxidative stress in platelets subjected to the effects of the electromagnetic field occurring in motor vehicles

Andrzej Buczyński, Krzysztof Pacholski, Maria Dziedziczak-Buczyńska, Gabriela Henrykowska, Anna Jerominko

Andrzej Buczyński, Krzysztof Pacholski, Maria Dziedziczak-Buczyńska, Gabriela Henrykowska, Anna Jerominko – Oxidative stress in platelets subjected to the effects of the electromagnetic field occurring in motor vehicles. Fizjoterapia Polska 2004; 4(3); 254-258

Abstract

Background. New technologies introduced to improve the comfort of daily life may be associated with health hazards. Therefore, it is important to undertake studies to identify the potential sources of phenomena that may be hazardous for biological systems. The aim of the our study was to describe the processes by which reactive oxygen species are generated in blood platelets exposed to the magnetic field present in motor vehicles.Material and methods. The material consisted of human blood platelets in suspension. The samples were exposed to an electromagnetic field characterized by appropriate parameters in a specially designed experimental stand. After 30, 60 and 90 min, the chemiluminescence of the experimental and control samples was measured. The results were subjected to statistical analysis. Results. Significantly increased generation of free radicals was observed after 30 and 90 min of the experiment. The level of free radical generation after 60 min did not exceed the values obtained for the control sample.Conclusions. Electromagnetic radiation generated by a motor vehicle can significantly disturb the physiological functions of the organism of the vehicle driver and passengers, due to increased generation of free oxygen radicals.

Key words:
Free Radicals, chemilluminescence, Technology
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