tDCS for Neurological Disability Among Subacute Stroke Survivors to Improve Multiple Domains in Quality of Life

Ischemic stroke (IS) is a major health concern worldwide. There are approximately 29 stroke cases per 100,000 of population residing in Saudi Arabia annually. Stroke is the second leading cause of mortality and a major contributor to adult disability in Saudi Arabia. Two-thirds of stroke patients continue to have motor impairments that have an impact on daily activities and quality of life. Survivors may continue to require specialised therapy assistance for months or even years following a stroke. Lack of inpatient and community rehabilitation, long-term care, and community support services has a substantial influence on patients with non-acute phase of stroke, thus urgent and acute care is not the only part of care that needs to improve. To offer better results for patients with stroke, rehabilitation programmes, primary care teams, social care professionals, and larger community services must all contribute their time and effort. These requirements seek to delve into the broader and more immediate facets of stroke treatment. The recovery of motor function following IS depends on the initiation of rehabilitative training at an early stage. Inter-hemispheric balance is disrupted after stroke, interfering with the recovery process. Motor functions depend on the modulation of inter-hemispheric inhibition between cortical areas via transcallosal projections and descending projections. Unilateral hemispheric damage reduces activity in the affected hemisphere while activity in the unaffected hemisphere increases, becoming more dominant. Hence recovery may relate to rebalancing of inter-hemispheric inhibition. The safe, portable and noninvasive brain stimulation method known as tDCS can modify the excitability of certain brain regions by changing the polarity of the neuronal membrane potentials using sponge electrodes. Transcranial brain stimulation (TBS), when used in conjunction with neurorehabilitation in the early subacute phase after IS (within the first 4 weeks after stroke onset), may promote quicker and better recovery by enhancing underlying neuroplastic processes, which may be more susceptible at this time. tDCS alters neuronal activity and induces neuroplastic changes in the brain to improve motor and executive performance. Multiple sessions of tDCS may be utilized to enhance rehabilitative outcomes and lessen symptom load across a variety of Stroke. The targeted effects of tDCS on physical and functional aspects may contribute to an improvement in QoL-related areas. In Saudi Arabia, there is a significant gap between evidence-based stroke medication and care. Stroke has been deemed a high priority illness by the Ministry of Health that requires better management Therefore, the main objective of the current proposal is to close the gaps in the literature by researching the effects of tailored tDCS on lifestyle variables, as well as on physical, behavioral, and cognitive functions in stroke survivors, and by figuring out the factors that mediate the effects of various domains on QoL.