This article presents important information on current experimental models and clinical approaches to recovery and rehabilitation after stroke.
(PRWEB UK) 29 May 2015
European Neurological Review, a peer-reviewed, open access, bi-annual neurology journal published a cutting-edge article by Michael Brainin and Natan Bornstein.
Abstract: The development of effective treatments that aid recovery after stroke has been hampered in recent decades by a lack of knowledge regarding stroke complexity and the processes involved in neurological repair. Many stroke treatments tested so far have been monomodal, targeting only one neurobiological process, whereas multimodal treatments are more likely to address the complex processes of stroke recovery. Understanding of stroke recovery, however, is increasing using imaging techniques, especially positron emission tomography (PET). This reveals features such as the tissue at risk in the peri-infarct area, which can be functionally restored if treatment is initiated rapidly. Understanding of stroke risk is also improving with the use of biomarkers. A promising approach to stroke therapy is non-invasive brain stimulation (NIBS), which can precisely target specific functional areas of the cortex. Clinical studies indicate that NIBS provides improvements in motor functions and aphasia but more supporting evidence is needed. When treating stroke it is critically important to take account of co-morbidities, such as diabetes and hypertension, since these have profound effects on outcomes. The provision of adequate rehabilitation soon after stroke is critical for optimal recovery and should include drug therapy. Such interventions at local treatment centres, however, are often under-resourced. Current developments are leading to a better understanding of pathophysiology and improved awareness of risks and treatments should, in future, also improve rehabilitation and hence benefit outcomes following a stroke.
Stroke is one of the leading causes of death and disability in developed and less-developed countries. Effective therapeutic approaches to brain protection and recovery in stroke remain elusive, due to an incomplete understanding of the endogenous neurobiological processes involved in repair and a consequent inability to adequately stimulate them. Many trials of neuroprotective therapies for ischaemic stroke over the past 2 decades have failed, largely due to a failure to recognise the complexity of stroke and the repair processes involved in recovery.
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