『Why Migraine Sufferers Become Hyper-Aware of Everything』のカバーアート

Why Migraine Sufferers Become Hyper-Aware of Everything

Why Migraine Sufferers Become Hyper-Aware of Everything

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Do you feel like your brain notices everything — every noise, smell, emotion, light, or tiny body sensation — since living with migraines?In this episode of Migraine Heroes Podcast, host Diane Ducarme explores why chronic migraine sufferers often become hyper-aware and constantly “on alert.” Through a blend of neuroscience and holistic healing insights, this episode unpacks how repeated overstimulation can reshape the nervous system over time.You’ll discover:💡 Why living with chronic migraines can keep your brain stuck in a heightened state of alertness💡 How overstimulation may increase sensitivity to noise, stress, smells, emotions, and physical sensations💡 Simple ways to calm hyper-vigilance and help your nervous system feel safer and more regulated againIf you’ve ever felt overwhelmed by the world around you — or frustrated that your brain seems unable to “switch off” — this episode will help you better understand the protective patterns behind migraine sensitivity.🎧 New episodes every Monday and Wednesday🔗 Discover our work on migraineheroes.comReferences:Migraine Pathophysiology: Lessons from Mouse Models and Human Genetics (Ferrari et al., 2015): This review links human migraine genetics with mouse models, showing how inherited mutations can increase brain excitability, glutamatergic signaling, and susceptibility to cortical spreading depression. Read more here. Pathophysiology of Migraine: A Disorder of Sensory Processing (Goadsby et al., 2017): This major review explains migraine as a disorder of sensory processing involving trigeminovascular pathways, altered brain excitability, brainstem mechanisms, neuropeptides, and pain modulation. Read more here. Migraine: A Chronic Sympathetic Nervous System Disorder (Peroutka, 2004): This paper argues that migraine may involve chronic sympathetic nervous system dysfunction, including altered norepinephrine activity and autonomic features between and during attacks. Read more here. Habituation and Migraine (Coppola, Pierelli, & Schoenen, 2009): It explains how migraine brains often show reduced habituation to repeated sensory stimulation. Read more here.Habituation and Migraine (Coppola, Pierelli, & Schoenen, 2009): This review explores how people with migraine show abnormal responses to repeated sensory stimuli, suggesting altered brain processing may contribute to migraine susceptibility. Read more here.Migraine: Multiple Processes, Complex Pathophysiology (Burstein, Noseda, & Borsook, 2015): This review describes migraine as a disorder involving trigeminovascular activation, sensitization, cortical spreading depression, and altered pain processing across multiple brain networks. Read more here.Disclaimer: This podcast is for informational purposes only and does not substitute for providing medical advice. Always consult your healthcare professional before making any health-related decisions.For women, men, and children who suffer from migraine disease, Migraine Heroes is your go-to resource for understanding, managing, and overcoming migraine attacks.We cover all types of migraines and related headaches, including primary and secondary migraines, chronic migraines, and cluster migraines. We dive deep into the complexities of migraine with aura and migraine without aura, as well as rarer forms like hemiplegic migraine, retinal migraine, and acephalgic migraine (silent migraine). Our discussions also extend to cervicogenic headaches, ice pick headaches, and pressure headaches, which often mimic migraine or contribute to overall migraine burden.
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