You’ve treated the pain. You’ve tracked the triggers. You’ve adjusted food, sleep, and stress and yet migraines keep finding a way in.

What if the missing piece isn’t in your head… but in your metabolism?

In this episode of Migraine Heroes Podcast, host Diane Ducarme explores one of the most overlooked drivers of migraine: the thyroid. Not as a single lab value, but as a system that sets the rhythm for your brain, your nervous system, and your tolerance to pain.

The thyroid doesn’t just influence weight or energy. It acts as a metabolic pacemaker, shaping blood flow, heat production, neurotransmitter balance, and stress resilience. When that rhythm slows or becomes unstable, the migraine brain becomes far more reactive — even to triggers that once felt manageable.

Blending modern neuroscience with an Eastern medicine lens, this episode unpacks why migraines often show up alongside fatigue, coldness, brain fog, pressure headaches, and that persistent feeling of running on empty.

In this episode, you’ll learn:

1. Why the thyroid functions as the metabolic pacemaker for the brain and how a slowed rhythm lowers your migraine threshold
2. How reduced internal “fire” contributes to dampness, heaviness, and pressure in the head
3. Five subtle yet powerful ways a struggling metabolism signals the nervous system to trigger migraine
4. Why thyroid-linked migraines often feel slower, heavier, and harder to shake
5. How restoring rhythm, warmth, and flow can change how your migraine brain responds

This episode isn’t about diagnosing disease or blaming a single gland. It’s about understanding the deeper patterns your body is communicating and responding before those whispers become pain.

If your migraines come with fatigue, cold sensitivity, brain fog, or a sense that your system just can’t keep up anymore, this conversation may finally bring clarity.

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References:

1. Thyroid Disorders and Migraine: Clinical and Biological Links (Journal of Clinical Medicine, 2025): This open-access review explores how thyroid dysfunction—including subclinical hypothyroidism—can influence migraine frequency, neurovascular regulation, and brain energy metabolism, reinforcing the close thyroid–brain connection in migraine vulnerability. Read more here.
2. Metabolic Syndrome, Mitochondria, and Migraine (Yi et al, Frontiers in Endocrinology, 2020): This paper explores how mitochondrial dysfunction and metabolic stress may link insulin resistance, inflammation, and migraine susceptibility. Learn more here.
3. Yang-Deficiency Constitution and Chronic Pain (American Journal of Chinese Medicine): This study connects Yang-deficiency patterns in Traditional Chinese Medicine with chronic pain states, offering an Eastern framework for understanding fatigue-dominant, cold-sensitive migraine profiles. Read more here.
4. Subclinical Hypothyroidism and Migraine Frequency (Thyroid Journal): This research suggests that even mild thyroid underactivity can impair neurovascular coupling and increase migraine frequency, reinforcing the sensitivity of the migraine brain to hormonal shifts. Learn more here.
5. Thyroid Hormones and Mitochondrial Metabolism (Chocron et al., Molecular Endocrinology, 2012): This study shows how thyroid hormone receptors directly stimulate mitochondrial energy metabolism, helping explain why low thyroid signaling can affect brain energy balance and migraine vulnerability. Read more here
6. The Blood–Brain Barrier in Health and Disease (Keller, Swiss Medical Weekly, 2013): This review explains how disruptions in the blood–brain barrier can increase neuroinflammation and sensory sensitivity, mechanisms increasingly implicated in migraine pathophysiology. Learn 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.