There is a considerable amount of data indicating that several major unfavorable cerebrovascular events are not randomly distributed over time, but show a peculiar distribution along the day, the week, and the months of the year. The authors review the available evidence on the chronobiological (circadian, weekly, and seasonal) patterns of onset of acute cerebrovascular diseases and variations in their possible triggering mechanisms. The existence of a peculiar chronobiological pattern in the onset of acute cerebrovascular disease, characterized by both circadian (morning and evening occurrence), circaseptan (last and first days of the week), and circannual (especially in winter) is confirmed, although differences depending on biological (g...
Convincing evidence is now available suggesting that several unfavorable cardiovascular events respe...
A growing body of evidence suggests that the occurrence of cardiovascular events is not evenly distr...
Introduction. Cerebrovascular events are not randomly distributed over time. In addition to the bett...
The study was aimed at further investigating the circadian and circannual patterns of stroke onset. ...
Abstract Background Cerebrovascular event peaks occur in the morning (≈ 9:00 am) with another one pe...
Over the last decade, various studies have been reported to evaluate the circadian pattern of cardio...
Background and Objective Stroke occurrence shows a chronobiological variation, which is considered t...
Background: Temporal variation of stroke onset is suggested in some studies contained somewhat varie...
Convincing evidence has demonstrated that cardiovascular diseases do not occur randomly throughout t...
Background: To evaluate the relation of circadian variation on onset of acute ischemic stroke.Method...
Aims and background. The circadian pattern of stroke occurrence variation has been recognized with c...
The onset of stroke has a specific temporal pattern, characterized by a higher frequency in winter a...
Hypothesis of the circannual annd circadian variation in onset of intracerebral haemorrage
Stroke occurrence is not randomly distributed over time but has circadian rhythmicity with the highe...
Introduction. Circaseptan or weekly rhythm, despite not belonging to terrestrial rhythms and being a...
Convincing evidence is now available suggesting that several unfavorable cardiovascular events respe...
A growing body of evidence suggests that the occurrence of cardiovascular events is not evenly distr...
Introduction. Cerebrovascular events are not randomly distributed over time. In addition to the bett...
The study was aimed at further investigating the circadian and circannual patterns of stroke onset. ...
Abstract Background Cerebrovascular event peaks occur in the morning (≈ 9:00 am) with another one pe...
Over the last decade, various studies have been reported to evaluate the circadian pattern of cardio...
Background and Objective Stroke occurrence shows a chronobiological variation, which is considered t...
Background: Temporal variation of stroke onset is suggested in some studies contained somewhat varie...
Convincing evidence has demonstrated that cardiovascular diseases do not occur randomly throughout t...
Background: To evaluate the relation of circadian variation on onset of acute ischemic stroke.Method...
Aims and background. The circadian pattern of stroke occurrence variation has been recognized with c...
The onset of stroke has a specific temporal pattern, characterized by a higher frequency in winter a...
Hypothesis of the circannual annd circadian variation in onset of intracerebral haemorrage
Stroke occurrence is not randomly distributed over time but has circadian rhythmicity with the highe...
Introduction. Circaseptan or weekly rhythm, despite not belonging to terrestrial rhythms and being a...
Convincing evidence is now available suggesting that several unfavorable cardiovascular events respe...
A growing body of evidence suggests that the occurrence of cardiovascular events is not evenly distr...
Introduction. Cerebrovascular events are not randomly distributed over time. In addition to the bett...