Affiliation:
1. Intern, Nootan College of Physiotherapy, Sankalchand Patel University, Visnagar384315, Gujarat, India.
2. Tutor, Nootan College of Physiotherapy, Sankalchand Patel University, Visnagar-384315, Gujarat, India.
Abstract
Background: Balance capacity was dened as maintaining, achieving, or restoring a state of balance during any posture. Stroke can be ischemic
and haemorrhagic and can be acute or chronic. Mainly causes altered sensations reduced muscle power and tone, reduced joint mobility and
stability, balance and gait impairment. this causes paralysis of the whole body or partial body, i.e., quadriplegia, hemiplegic, hemiparesis,
paraplegia, paraparesis. increase in muscle tone is responsible for the relative failure of muscle growth and may produce functional problems.
deformities of the whole body affect ambulation, bed positioning, sitting, chair level activities, transfers, and standing up. The study aims to nd out
the effects of wippracer training on stroke participants for benet of participants.
Methods: In a 6-week intervention study, a total of 30 participants of the middle age group were diagnosed with hemiparesis. The participants were
divided into two groups; group A, who received a wippracer training with a conventional exercise program and group B received a convectional
exercise program. Pre and post-treatment data were collected and analysed using SPSS 22.0. Paired t-test and unpaired t-test were used to nd out
the signicance of the treatment.
Results: Wippracer training can be employed along with conventional exercise programs in the effective management with stroke participants in
improving functional activity and balance. A signicant improvement in balance and functional activity (p<0.05) after the treatment was found in
the intervention group.
Conclusion: The study concluded that wippracer training can be employed along with conventional exercise programs in the effective
management of participants with stroke participants in improving functional activity and balance.
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