When studying the features of autonomic homeostasis in patients with ischemic stroke, depending on the presence of cardiac pathology in the acute and acute periods of ischemic stroke (IS), it was found that the functional outcome of stroke depends on the degree of tension of adaptive reactions and the degree and timeliness of relief of stress reactions. Excessive persistent tension of the sympathetic-adrenal system (sympathicotonia) in patients with stroke in the acute period leads to death, and the transition from sympathicotonia to the predominance of parasympathetic tone, reflecting the onset of long-term adaptation processes, is a predictor of a favorable outcome
BackgroundAutonomic nervous system dysfunction is common after acute stroke and is associated with e...
Aims: Impaired autonomic nervous system regulation is frequently observed in patients with stroke. T...
Background Stress response is tightly regulated by the autonomic nervous system (ANS) which can be...
Impaired autonomic function, characterized by a predominance of sympathetic activity, is common in p...
Impaired autonomic function, characterized by a predominance of sympathetic activity, is common in p...
Transient ischemic attack (TIA) and minor stroke have high risks of recurrence and deterioration int...
Background and Purpose-Stroke has been shown to alter autonomic function. The purpose of this study ...
ischaemic stroke has been associated with an impairment of cardiac autonomic balance. The aim of thi...
AbstractCardiac autonomic dysfunction is a common complication after acute ischemic stroke (IS). Pri...
Certain abnormalities of autonomic function in the setting of structural cardiovascular disease have...
The purpose of this study was to determine the influence of acute ischemic stroke on the autonomic c...
Autonomic-cardiac regulation operates through interactions between the autonomic nervous system (ANS...
A considerable numbaer of studies have been carried ou to clarify stress respones on the basis of au...
Ischaemic stroke is accompanied by important alterations of cardiac autonomic control, which have an...
BackgroundAutonomic nervous system dysfunction is common after acute stroke and is associated with e...
BackgroundAutonomic nervous system dysfunction is common after acute stroke and is associated with e...
Aims: Impaired autonomic nervous system regulation is frequently observed in patients with stroke. T...
Background Stress response is tightly regulated by the autonomic nervous system (ANS) which can be...
Impaired autonomic function, characterized by a predominance of sympathetic activity, is common in p...
Impaired autonomic function, characterized by a predominance of sympathetic activity, is common in p...
Transient ischemic attack (TIA) and minor stroke have high risks of recurrence and deterioration int...
Background and Purpose-Stroke has been shown to alter autonomic function. The purpose of this study ...
ischaemic stroke has been associated with an impairment of cardiac autonomic balance. The aim of thi...
AbstractCardiac autonomic dysfunction is a common complication after acute ischemic stroke (IS). Pri...
Certain abnormalities of autonomic function in the setting of structural cardiovascular disease have...
The purpose of this study was to determine the influence of acute ischemic stroke on the autonomic c...
Autonomic-cardiac regulation operates through interactions between the autonomic nervous system (ANS...
A considerable numbaer of studies have been carried ou to clarify stress respones on the basis of au...
Ischaemic stroke is accompanied by important alterations of cardiac autonomic control, which have an...
BackgroundAutonomic nervous system dysfunction is common after acute stroke and is associated with e...
BackgroundAutonomic nervous system dysfunction is common after acute stroke and is associated with e...
Aims: Impaired autonomic nervous system regulation is frequently observed in patients with stroke. T...
Background Stress response is tightly regulated by the autonomic nervous system (ANS) which can be...