Many women recognize the pattern: every month, around menstruation or ovulation, that familiar migraine strikes again. Sometimes with aura, sometimes without. Often more severe, longer-lasting, and harder to treat than "regular" migraine.

But what exactly is happening in your body?

To properly understand hormonal migraine, we need to look at three systems that work closely together:

1. Your hormones
2. Your electrolytes (minerals)
3. The excitability of your brain cells

When these three go out of balance, a perfect storm brews in the brain.

The role of estrogen and progesterone

Throughout your cycle, your hormones constantly fluctuate.

Estrogen

Estrogen:

• promotes fluid and sodium retention
• influences serotonin (important in migraine)
• increases the excitability of neurons

When estrogen rises, brain cells often become slightly more sensitive. When it suddenly drops (as just before menstruation), the brain loses some of its protective stability.

Progesterone

Progesterone largely has a calming effect:

• acts as a diuretic
• stimulates GABA (inhibitory neurotransmitter)
• helps calm neurons

When progesterone drops (before menstruation), this inhibitory effect also disappears. The critical moment occurs when both hormones drop sharply. This happens just before your menstruation, and that's where the problem begins.

What do hormones do to your electrolytes?

This is where hormonal migraine truly gets interesting. Estrogen and progesterone directly affect your fluid and sodium balance via the kidneys and the hormonal system (such as aldosterone).

During the cycle, the following can happen:

• First, you retain relatively more sodium and fluid
• Then, this is suddenly excreted
• This leads to fluctuations in sodium, potassium, and magnesium

And these are precisely the minerals that determine how your brain cells transmit electrical signals.

What happens in your brain?

Your brain consists of billions of neurons. These communicate via electrical signals.

For these signals to flow in a controlled manner, a precise balance is needed between:

• Sodium
• Potassium
• Calcium
• Magnesium

When that balance is disturbed:

• neurons become over-excitable
• a "short circuit" is more easily created
• a wave of overactivation can occur

In migraine, this is often associated with a process similar to cortical spreading depolarization: a wave of electrical dysregulation in the cerebral cortex.

If electrolytes are not stable, it costs neurons extra energy to maintain their resting potential. And precisely during hormonal fluctuations, this energy supply is often more vulnerable.

The result? A brain that is more sensitive to triggers such as stress, lack of sleep, light, food, or weather changes.

Why hormonal migraine is often more severe

Hormonal migraine is often:

• longer-lasting
• less responsive to medication
• more debilitating

This is because it's not an isolated trigger, but a systemic shift in your internal balance.

Your brain is already in a vulnerable phase. A small additional stimulus can be enough to activate the migraine program, including activation of the trigeminal nerve and neuro-inflammation.

Why painkillers alone are not enough

Painkillers only intervene when the migraine process is already active. But with hormonal migraine, the problem starts earlier: in the instability of your electrolytes and increased neuronal excitability. As long as this foundation is not supported, the brain remains sensitive.

Mineral Support as fundamental support

Optemuse's Mineral Support was developed based on this principle: stability in the brain begins with mineral balance.

The formula contains a concentrated seawater complex (Atoligomer®), which naturally contains a broad and physiological ratio of minerals, including:

• Sodium
• Potassium
• Magnesium
• Calcium
• Trace elements

What makes this different from standard electrolyte mixes:

• No extremely high sodium dosages like sports products
• No artificial additives
• No sweeteners
• No unbalanced composition

The goal is not to "boost," but to stabilize.

How Mineral Support helps with hormonal migraine

1. It helps manage fluctuations in sodium and potassium around your menstruation.
2. Magnesium supports the relaxation of neurons and blood vessels.
3. A more stable electrolyte balance reduces the chance of neuronal over-excitability.
4. It supports the energy metabolism of brain cells.

During hormonal lows, your brain needs extra support to stay stable. By keeping your mineral status in order, you reduce the chance that a small hormonal shift will directly lead to migraine.

The solution lies in stability

Hormonal migraine is not a "weakness" or something you simply have to accept. It's a signal that your brain is sensitive to internal fluctuations.

The more stable:

• your hormones
• your electrolytes
• your energy supply

The lower the chance that your migraine program will be activated.

Mineral Support therefore does not work as a quick pain reliever, but as a foundation for your neurological stability.

And precisely with hormonal migraine, that foundation is essential.