2017
DOI: 10.1007/s00484-017-1432-z
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Relationship between air mass type and emergency department visits for migraine headache across the Triangle region of North Carolina

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Cited by 12 publications
(8 citation statements)
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References 23 publications
(13 reference statements)
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“…Barometric data confirmed that the frequency of headaches increased significantly just before barometric depression, such as in a typhoon. Some studies, however, have not found a significant correlation between meteorological changes and migraine 48 . This may be because only a subpopulation of migraine sufferers is sensitive to weather and atmospheric pressure changes, as we have observed in our clinical practice and in other studies.…”
Section: Evaluation Of the Hypothesissupporting
confidence: 39%
“…Barometric data confirmed that the frequency of headaches increased significantly just before barometric depression, such as in a typhoon. Some studies, however, have not found a significant correlation between meteorological changes and migraine 48 . This may be because only a subpopulation of migraine sufferers is sensitive to weather and atmospheric pressure changes, as we have observed in our clinical practice and in other studies.…”
Section: Evaluation Of the Hypothesissupporting
confidence: 39%
“…Yilmaz et al in a review of 3,491 patients admitted to the ED for migraine found significant associations with high temperatures and low humidity (78). Elcik et al reported increased ED visits for migraine on days with tropical air masses over a 7 year period in the Raleigh-Durham metro area (79). Villeneuve et al, on the other hand, found no significant relationship between 4,039 ED visits for migraine and any weather condition (80).…”
Section: Weather Triggers In Migrainementioning
confidence: 99%
“…We therefore analyze the complete dataset from a meteorological perspective, using the techniques of synoptic climatology and compositing to reveal the weather patterns (if any) associated with painful days. The synoptic climatology approach has been used to examine migraine headaches (Piorecky et al 1997;Cooke et al 2000;Elcik et al 2017), but has not been used more widely for chronic pain in general or musculoskeletal pain, specifically. These techniques allow us to use much more of the full dataset using a different methodology, one that is familiar to meteorologists, and allows us to visualize the synoptic-scale weather patterns associated with pain.…”
Section: E558mentioning
confidence: 99%