RESUMEN
Freezing of gait (FoG) is one of the most widely distributed and disabling gait phenomena in people with Parkinson's disease (PD). The current therapeutic interventions show suboptimal efficacy in FoG. Lower extremity proprioception impairments, especially in the most affected leg, gait initiation hesitation, and gait asymmetry are FoG factors, and there is a need to accurately consider them in terms of therapeutic approaches. Accordingly, we hypothesize that using a single-textured insole for the less affected leg may improve FoG by providing proprioceptive stimulation that enhances sensory processing and reduces gait hesitation and asymmetry. Proprioceptive sensory stimulation for the less affected limb could be more effective than for the double legs that are currently used in rehabilitation settings due to the sensory processing in the less affected basal ganglia being better.
RESUMEN
Background: The COVID-19 pandemic closed most establishments in the United Arab Emirates except health care and other essential services from 8 March 2020 until 24 June. By 22 March, most citizens were working online, including physical therapy students, and a no-movement policy restricted exercise to homes. The lockdown ended partially in August 2021 and almost complete by January 2022. Objective: We aimed (1) to explore the physical activities of advanced undergraduate physical therapy students and their families during the lockdown, (2) to discuss how participants helped promote and maintain their own and their family's physical health, and (3) to identify what knowledge and skills gained in their physical therapy study students utilized during the lockdown. Methods: We took a qualitative approach; a one-to-one semi-structured interviews were conducted by Year 4 physical students who at the time were registered for a module covering qualitative research methods. The students interviewed other physical therapy students from year 4 and 5 who were recruited using convenience sampling from a health sciences educational institution. Interviews were conducted and recorded on the Zoom platform and transcribed verbatim. Thematic analysis was utilised to analyse the data. Findings: Forty-six students agreed to participate, and data saturation was achieved with interviews of 24 students. During the COVID-19 Stay Home-Stay Safe initiative, students of physical therapy were found to be physically active and to have designed home exercise programs for themselves and their families. Adherence to regular exercise was high among the students but low among family members. Three overarching themes, each with three subthemes, emerged through synthesis, coding, and categorizing. Conclusion: Undergraduate students can effectively promote their own and their family's health. Energy imbalance and increasing neck, shoulder, and back pain among youth and lack of exercise among adults, midlife, and older, raise health concerns.
RESUMEN
[Purpose] This study was conducted to evaluate the effect of Inspiratory Muscle Trainer (IMT) on respiratory muscle strength and pulmonary functions. [Subjects and Methods] Fifteen sedentary unemployed patients were recruited from both genders who received regular hemodialysis sessions from at least three months. Those patients received Threshold IMT program for 12 weeks. Pulmonary functions and respiratory muscle strength in form of (PImax) and (PEmax) were measured by electronic spirometry and digital pressure vacuum meter respectively. Additionally oxygen saturation was measured by Finger pulse oximeter. All measurements were performed before and at the end of the treatment program after 12 weeks. [Results] The results of this study revealed significant improvement in FVC%, FEV1%, PEF%, PImax and PEmax after three months of treatment by using inspiratory muscle trainer while no significant difference was recorded regarding to FEV1/FVC% ratio and SpO2. [Conclusion] Inspiratory muscle trainer is an effective therapeutic technique to improve respiratory muscle strength and pulmonary functions in patients undergoing hemodialysis.
