Migraine aura, a predictor of near-death experiences in a crowdsourced study.
Daniel Kondziella, Markus Harboe Olsen, Coline L Lemale, Jens P Dreier
PeerJ January 1, 2019 DOI: 10.7717/peerj.8202 via PubMed
Summary
AI-generated from the abstractPeople who experience migraine with aura are more than twice as likely to report a near-death experience (NDE) as those without migraine aura. In a sample of 1,037 adults from 35 countries, 13.0% of those with migraine aura reported an NDE compared to 6.1% of those without, an odds ratio of 2.33 after adjusting for age and gender. This association indirectly supports the idea that NDEs involve rapid eye movement (REM) sleep intrusion, a feature also linked to migraine with aura. The finding may relate to spreading depolarization, a brain wave pattern that occurs both in migraine aura and at the end of life.
Study at a glance
| Characteristics | Cross-sectional survey Peer reviewed |
|---|---|
| Sample size | 1,037 |
| Population | Laypeople aged 18 years or older recruited via a crowdsourcing platform from 35 countries and five continents |
| Topics | Near-death experience |
| Keywords | Cardiac arrest Coma Consciousness Intensive care Migraine aura |
| Citations | 17 |
| Key finding | Migraine aura was a significant predictor of near-death experiences, with an odds ratio of 2.33 after adjustment for age and gender. |
Abstract
Near-death experiences (NDE) occur with imminent death and in situations of stress and danger but are poorly understood. Evidence suggests that NDE are associated with rapid eye movement (REM) sleep intrusion, a feature of narcolepsy. Previous studies further found REM abnormalities and an increased frequency of dream-enacting behavior in migraine patients, as well as an association between migraine with aura and narcolepsy. We therefore investigated if NDE are more common in people with migraine aura. We recruited 1,037 laypeople from 35 countries and five continents, without any filters except for English language and age ≥18 years, via a crowdsourcing platform. Reports were validated using the Greyson NDE Scale. Eighty-one of 1,037 participants had NDE (7.8%; CI [6.3-9.7%]). There were no significant associations between NDE and age (p > 0.6, t-test independent samples) or gender (p > 0.9, Chi-square test). The only significant association was between NDE and migraine aura: 48 (6.1%) of 783 subjects without migraine aura and 33 (13.0%) of 254 subjects with migraine aura had NDE (p < 0.001, odds ratio (OR) = 2.29). In multiple logistic regression analysis, migraine aura remained significant after adjustment for age (p < 0.001, OR = 2.31), gender (p < 0.001, OR = 2.33), or both (p < 0.001, OR = 2.33). In our sample, migraine aura was a predictor of NDE. This indirectly supports the association between NDE and REM intrusion and might have implications for the understanding of NDE, because a variant of spreading depolarization (SD), terminal SD, occurs in humans at the end of life, while a short-lasting variant of SD is considered the pathophysiological correlate of migraine aura.