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Abstract

The research aims to prepare rehabilitative exercises using the Fit Light technology for women suffering from temporary hemiplegia, aged (45-55) years old. It also aims to understand the effect of these exercises on improving their comprehensive balance abilities for rehabilitation purposes. The researchers hypothesized that there are statistically significant differences between the pre-test and post-test results for both the experimental and control groups in rehabilitating women with temporary hemiplegia (comprehensive balance abilities). They also proposed that there are statistically significant differences between the post-test results of the experimental and control groups in rehabilitating women with temporary hemiplegia (comprehensive balance capabilities). The experimental approach was adopted with the design of both experimental and control groups on a sample of patients who frequent the Medical City hospital, with a total of (11) patients chosen deliberately using comprehensive enumeration. They represent about (84.615%) of their original population. The experiment continued on them for a month and a half, with (30) rehabilitation units. After the completion of the experiment, the results were processed using the SPSS statistical software. The conclusions and recommendations are that the application of rehabilitation exercises using the Fit Light technology is suitable for women suffering from temporary hemiplegia, aged between 45 and 55 years old. Additionally, these exercises help improve comprehensive balance abilities of women with temporary hemiplegia in the same age group. It is essential to pay attention to integrating engaging and motivating methods along with the implementation of rehabilitation exercises, and training those in charge of rehabilitation on how to positively utilize these methods in rehabilitating women with temporary hemiplegia aged (45-55) years old. It is also necessary to avoid exaggeration with the level of illumination and colors of the Fit Light technology and its multiplicity in the rehabilitation environment. There needs to be a compatibility in its operation with the application of each rehabilitation exercise and its goal

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Creative Commons License

Creative Commons Attribution 4.0 International License
This work is licensed under a Creative Commons Attribution 4.0 International License.

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