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      Headache and sleep: examination of sleep patterns and complaints in a large clinical sample of migraineurs.

      Headache
      Adolescent, Adult, Aged, Female, Humans, Male, Middle Aged, Migraine Disorders, complications, physiopathology, Retrospective Studies, Sleep, Sleep Disorders, Sleep Initiation and Maintenance Disorders, Time Factors

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          Abstract

          This study characterized sleep parameters and complaints in a large clinical sample of migraineurs and examined sleep complaints in relation to headache frequency and severity. The relationship between headache and sleep has been documented at least anecdotally in medical literature for well over a century and clinical texts allude to the importance of sleep as a headache precipitant. A small number of empirical studies have emerged, but the precise nature and magnitude of the headache/sleep association and underlying mechanisms remain poorly understood. In this investigation, 1283 migraineurs were drawn from 1480 consecutive headache sufferers presenting for evaluation to a tertiary headache clinic. Patients underwent a physical examination and structured interview assessing a variety of sleep, headache, and demographic variables. Migraine was diagnosed according the IHS criteria (1.1 to 1.6 diagnostic codes). Migraineurs were 84% female, with a mean age of 37.4 years. Groups were formed based on patient's average nocturnal sleep patterns, including short, normal, and long sleep groups, and were compared on headache variables. Sleep complaints were common and associated with headache in a sizeable proportion of patients. Over half of migraineurs reported difficulty initiating and maintaining sleep at least occasionally. Many in this sample reported chronically shortened sleep patterns similar to that observed in persons with insomnia, with 38% of patients sleeping on average 6 hours per night. Migraines were triggered by sleep disturbance in 50% of patients. "Awakening headaches" or headaches awakening them from sleep were reported by 71% of patients. Interestingly, sleep was also a common palliative agent for headache; 85% of migraineurs indicated that they chose to sleep or rest because of headache and 75% were forced to sleep or rest because of headache. Patients with chronic migraine reported shorter nightly sleep times than those with episodic migraine, and were more likely to exhibit trouble falling asleep, staying asleep, sleep triggering headache, and choosing to sleep because of headache. Short sleepers (ie, average sleep period 6 hours) exhibited significantly more frequent and more severe headaches than individuals who slept longer and were more likely to exhibit morning headaches on awakening. These data support earlier research and anecdotal observations of a substantial sleep/migraine relationship, and implicate sleep disturbance in specific headache patterns and severity. The short sleep group, who routinely slept 6 hours per night, exhibited the more severe headache patterns and more sleep-related headache. Sleep complaints occurred with greater frequency among chronic than episodic migraineurs. Future research may identify possible mediating factors such as primary sleep and mood disorders. Prospective studies are needed to determine if normalizing sleep times in the short sleeps would impact headache threshold.

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          Migraine and tension-type headache in a general population: precipitating factors, female hormones, sleep pattern and relation to lifestyle.

          In a cross-sectional epidemiological study of headache disorders information on precipitating factors, age at onset, influence of menstruation and pregnancy and use of oral contraceptives was collected. The presence of migraine and tension-type headache was ascertained by a clinical interview and examination using the operational diagnostic criteria of the International Headache Society. The prevalence of migraine and tension-type headache was also analysed in relation to variables of lifestyle: physical activity, smoking, consumption of coffee, alcohol intake and sleep pattern. In both migraine and tension-type headache, the most conspicuous precipitating factor was stress and mental tension. Other common precipitants were alcohol, weather changes and menstruation. Disappearance or substantial improvement of the headache during pregnancy was more frequent in migraineurs than in tension-type headache sufferers. The age at onset of both migraine and tension-type headache differs between men and women. Female hormones may be an important factor responsible for the sex difference of headache disorders. The level of physical activity showed no association with migraine, but a significantly higher prevalence of tension-type headache in men with exclusively sedentary activity emerged. Smoking, coffee and alcohol consumption showed no significant associations with the headache disorders. Sleep pattern was significantly associated with migraine and tension-type headache in both univariate and multivariate analyses. In conclusion, migraine and tension-type headache seem to be different with regard to a number of endogenous and exogenous factors.
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            Clinical, anatomical, and physiologic relationship between sleep and headache.

            The intimate relationship between sleep and headache has been recognized for centuries, yet the relationship remains clinically and nosologically complex. Headaches associated with nocturnal sleep have often been perceived as either the cause or result of disrupted sleep. An understanding of the anatomy and physiology of both conditions allows for a clearer understanding of this complex relationship and a more rational clinical and therapeutic approach. Recent biochemical and functional imaging studies in patients with primary headache disorders has lead to the identification of potential central generators which are also important for the regulation of normal sleep architecture. Medical conditions (e.g. obstructive sleep apnea, depression) that may disrupt sleep and lead to nocturnal or morning headache can often be identified on clinical evaluation or by polysomnography. In contrast, primary headache disorders which often occur during nocturnal sleep or upon awakening, such as migraine, cluster headache, chronic paroxysmal hemicrania, and hypnic headache, can readily be diagnosed through clinical evaluation and managed with appropriate medication. These disorders, when not associated with co-morbid mood disorders or medications/analgesics overuse, seldom lead to significant sleep disruption. Identifying and classifying the specific headache disorder in patients with both headache and sleep disturbances can facilitate an appropriate diagnostic evaluation. Patients with poorly defined nocturnal or awakening headaches should undergo polysomnography to exclude a treatable sleep disturbance, especially in the absence of an underlying psychological disorder or analgesic overuse syndrome. In patients with a well defined primary headache disorder, unless there are compelling historical or examination findings suggestive of a primary sleep disturbance, a formal sleep evaluation is seldom necessary.
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              Migraine chronobiology.

              This study was undertaken to determine whether migraine attacks exhibits circadian, menstrual, or seasonal variations in frequency and, thus, to characterize more precisely this relapsing, remittent, pleomorphic disease. An analysis of 3582 well-documented migraine attacks in 1698 adults was undertaken. The demographics of the study population accurately represented the known epidemiology of the disease. Migraine attacks started more frequently between 4 AM and 9 AM and within the first few days after onset of menses; this migraine periodicity is strongest amongst women not using oral contraceptives. Seasonal periodicity, if any, is clearly weaker than circadian or menstrual. These chronobiological features may assist in the differential diagnosis of migraine from premenstrual headache and fibromyalgia.
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