This study is a retrospective analysis of the 15 patients’ data suffering from neurological, musculoskeletal and neuromusculoskeletal conditions. In this study, the combined effects of physiotherapy and the GIGER MD machine were taken into consideration to observe the clinical significance that it makes in improving exercise tolerance and mobility of the patients. These parameters were measured using the two outcomes’ measures; one was the graph generated by the GIGER MD machine and the second was the functional independence measure. In this study, the patient’s data was analysed on the day when the combined treatment (GIGER and the Physiotherapy) started and till the day the patient received the combined treatment. The patient’s clinical symptoms and the movement/mobility were taken into consideration to use the outcome measures to see the effectiveness of this treatment. Furthermore, the study also considers additional therapy received during the phase of this combination of treatment (Physio+ GIGER). The results obtained showed the clinical significance in improving exercise tolerance and the outcomes of the mobility in the patients suffering from neurological, musculoskeletal or the combination of the conditions.
Graph-1 shows four parameters with different colours. Yellow indicates-Joules (energy used in performing revolutions). The green colour indicates the time spent by patients on this machine. Red indicates revolutions (this machine counts the number of revolutions performed by paddling this machine). The blue colour indicates the harmonic movements (which are related to coordinated movements of the extremities).
Graph-2 represents three sections, in which the first section is about the forward and backward movements of the paddling. The second section represents heart rate and the third section represents the harmonic movements in the form of wave patterns.
This graph helps to understand the harmonic movement performed with respect to time, energy, and revolutions. The more harmonic the movement is, the greater the coordination between extremities movements, which helps in stimulating the nervous system to produce neuroplastic changes that help in improving exercise tolerance and mobility of the patients.
Study by Urvisha Lunagariya
MSc Advanced physiotherapist, MCSP