How to Get Rid of a Migraine: What Actually Works

The fastest way to stop a migraine that has already started is a combination of an over-the-counter pain reliever with caffeine, taken early, paired with rest in a dark, quiet room and a cold pack on your neck. That approach works for many mild-to-moderate attacks, but migraines vary enormously in severity, and a strategy that rescues one person’s attack may barely dent another’s. The more interesting question is what the full toolkit looks like, from the basics to newer prescription drugs designed specifically for migraine biology, and how prevention can reduce the number of attacks you deal with in the first place.

The Over-the-Counter Combo That Outperforms Single Painkillers

If you reach for ibuprofen alone when a migraine starts, you’re not using the strongest option available without a prescription. A meta-analysis of randomized trials found that the combination of aspirin, acetaminophen (paracetamol), and caffeine made roughly one in five people completely pain-free at two hours, compared to about one in eleven on placebo. Pain relief of any meaningful degree reached about 54% of people taking the combo versus 31% on placebo.¹ That triple combination is sold over the counter in many countries under various brand names.

Head-to-head against ibuprofen alone, the aspirin-acetaminophen-caffeine combination came out ahead on total pain relief, pain intensity reduction, and time to meaningful improvement. The median time to relief was about 20 minutes faster with the triple combo.² Caffeine is the underappreciated ingredient here. It narrows blood vessels in the brain and enhances the absorption of the painkillers it’s paired with. The catch is that using caffeine-containing painkillers too frequently can itself become a headache trigger, which we’ll come back to.

Timing matters as much as the drug itself. Taking any acute medication within the first 20 to 30 minutes of a migraine, before pain intensifies, dramatically improves the odds it will work. Once an attack is fully established, the gut slows down, oral medications absorb poorly, and the central nervous system becomes increasingly sensitized. If you consistently wait until the pain is severe to treat, you’re fighting biology.

What to Do Right Now Without Any Medication

Several non-drug measures can meaningfully reduce migraine pain, either alongside medication or when medication isn’t available. A randomized trial found that applying a frozen neck wrap targeting the carotid arteries at the onset of a migraine reduced recorded pain by about 32% at the 30-minute mark, while the control group actually got worse by a similar magnitude.³ The cold likely works by constricting blood vessels and numbing local nerve activity. A bag of frozen peas wrapped in a thin towel, draped over the back and sides of the neck, is the low-tech version of this.

Beyond cold therapy, surveys of migraine patients consistently identify several self-care behaviors that help during an attack: pressing or applying cold to the painful area, sleeping, retreating to a dark quiet room, lying down with extra pillows, and staying still.⁴ None of these are glamorous, but the combination of sensory reduction (darkness, silence, stillness) with cold application and sleep is genuinely therapeutic. Light and sound amplify migraine pain through sensitized neural pathways, so removing those inputs isn’t just comfort, it’s addressing the mechanism.

Prescription Triptans and Why They’re Still the Standard

For moderate-to-severe migraines that don’t respond well to over-the-counter options, triptans have been the go-to prescription treatment for decades. These drugs activate serotonin receptors in a way that constricts dilated blood vessels in the brain and quiets the overactive trigeminal nerve pathways responsible for migraine pain.⁵ Seven different triptans are available, and they vary in speed of onset, duration, and delivery method (pills, nasal sprays, injections).

A large meta-analysis of 53 triptan trials gives a good picture of what to expect from sumatriptan, the most commonly prescribed version. At two hours, about 59% of people experienced meaningful headache improvement, and 29% were completely pain-free. When researchers tracked whether the effect held up over the full day without the headache returning, about 20% achieved that sustained pain-free state.⁶ Those numbers sound modest in isolation, but they represent a substantial improvement over what painkillers alone achieve for severe attacks.

The major limitation of triptans is that their blood-vessel-constricting action makes them unsuitable for people with cardiovascular disease, a history of stroke, or uncontrolled high blood pressure.⁵ That’s a significant number of people, especially as migraine patients age into the years when heart disease becomes more common. Two newer drug classes fill this gap.

Newer Acute Treatments for People Who Can’t Take Triptans

Gepants (CGRP receptor antagonists) are small-molecule drugs that block calcitonin gene-related peptide, a key signaling molecule in migraine attacks. Unlike triptans, they don’t constrict blood vessels, which means cardiovascular disease isn’t a contraindication. The available evidence also suggests gepants don’t lead to medication overuse headache, a significant advantage for people who need to treat attacks frequently.⁷ Ubrogepant and rimegepant are the oral gepants currently approved for acute treatment. Rimegepant has the unusual distinction of being approved for both acute treatment and prevention.

Lasmiditan, sometimes called the first “ditan,” takes a different approach. It activates a specific serotonin receptor subtype (5-HT1F) that provides migraine relief without any vasoconstriction.⁸ In pooled data from phase 3 trials, the presence of cardiovascular risk factors didn’t diminish how well lasmiditan worked, and cardiovascular side effects were rare, with palpitations being the only such event seen across risk groups.⁹ The tradeoff is dizziness and drowsiness: you shouldn’t drive for at least eight hours after taking it.

The Medication Overuse Trap

One of the cruelest features of migraine is that treating attacks too often with acute medication can paradoxically make headaches more frequent and harder to treat. This is called medication overuse headache, and it can develop with virtually any acute migraine drug, including over-the-counter painkillers, triptans, and opioids. The general threshold is using acute medication on more than 10 to 15 days per month, depending on the drug class.

The good news is that withdrawal, while unpleasant, works for most people. Roughly half to two-thirds of patients who stop overusing their acute medication revert to an episodic headache pattern, though the transition period can involve a temporary worsening of headaches.¹⁰ If you find yourself reaching for migraine medication more than two or three days a week, that’s the signal to talk to a doctor about preventive treatment rather than continuing to escalate acute therapy.

Preventive Medications That Reduce Attack Frequency

Prevention is the strategy shift that transforms migraine management for people with frequent attacks. The goal isn’t to stop individual headaches once they start but to reduce how many occur in the first place. Older preventive options include certain blood pressure medications, antidepressants, and anti-seizure drugs, all borrowed from other medical fields based on the observation that they happened to reduce migraines. They work for many people, but side effects often limit their use.

The most significant development in migraine prevention in the past decade has been the arrival of drugs that specifically target CGRP, the same signaling molecule that gepants block during acute attacks. Multiple monoclonal antibodies (erenumab, fremanezumab, galcanezumab, eptinezumab) are now approved for migraine prevention, given as monthly or quarterly injections.¹¹ In total, eight CGRP-related medications (antibodies and small molecules combined) have received FDA approval for acute and/or preventive migraine treatment.¹²

These CGRP-targeted preventives are generally as effective as older preventive drugs but are significantly better tolerated, which matters because patients often stop older preventives due to side effects like weight gain, fatigue, or cognitive fog.¹³ Insurance coverage can be a barrier, since these are expensive biologics, but patient assistance programs exist and coverage has been expanding.

Botox for Chronic Migraine

OnabotulinumtoxinA (Botox) injections are approved specifically for chronic migraine, defined as 15 or more headache days per month. The treatment involves a series of injections across the forehead, temples, back of the head, and neck every 12 weeks. It doesn’t work for everyone, but in those who respond, the effect is substantial. A meta-analysis of ten years of real-world data found an average reduction of about 10 headache days per month, along with significant drops in acute medication use and meaningful improvements in quality-of-life scores.¹⁴

Long-term data suggest the benefit is durable and may actually improve over time. In a prospective study tracking patients over two years, headache days dropped by about 9 days per month at 60 weeks and roughly 11 days per month by 108 weeks.¹⁵ The mechanism isn’t fully understood; it likely involves blocking pain-signaling molecules released by nerve endings rather than the cosmetic muscle-relaxation effect people associate with Botox.

Neuromodulation Devices

Several FDA-cleared devices now offer drug-free options for treating and preventing migraine. These use electrical or magnetic pulses to modulate nerve activity in areas involved in migraine. The device categories include stimulators for nerves above the eyebrows, single-pulse magnetic stimulators applied to the back of the head, vagus nerve stimulators worn on the neck, and remote electrical neuromodulation devices worn on the upper arm.¹⁶

The evidence for these devices is growing but still less robust than for medications. One encouraging finding is durability: a three-year study of remote electrical neuromodulation found that about 73% to 77% of users consistently reported pain relief, with no sign of the effect wearing off over time. Pain freedom was achieved by roughly 27% to 29%, and relief from associated symptoms like nausea and light sensitivity was also consistent across the study period.¹⁷ The appeal of these devices is the essentially zero risk of medication overuse headache and very few side effects, making them attractive for people who want to reduce their drug load.

Supplements Worth Trying

A handful of supplements have enough evidence behind them that headache specialists routinely recommend them, particularly for people who prefer a conservative starting point or want to add something alongside medication. The strongest evidence exists for magnesium, riboflavin (vitamin B2), and coenzyme Q10. Magnesium is recommended for migraine prevention and can also be used intravenously during acute attacks. Riboflavin has solid enough data to be recommended for prevention in adults, though not yet in children. CoQ10 has moderate-level evidence for prevention with very few downsides.¹⁸

A randomized, placebo-controlled trial of a supplement combining magnesium, riboflavin, and CoQ10 found a trend toward reduced migraine frequency, but what did reach clear statistical significance was a reduction in migraine symptoms and overall burden of the disease.¹⁹ The effects of supplements are generally modest compared to prescription preventives, but the risk profile is favorable. Magnesium can cause loose stools at higher doses; riboflavin turns urine bright yellow (harmless); CoQ10 is well tolerated. These are reasonable additions to a migraine management plan, not replacements for proven medications in someone with frequent, severe attacks.

Behavioral Therapy and Exercise

Cognitive behavioral therapy adapted for headache management has a surprisingly strong track record. One trial found that CBT reduced headache frequency by an average of 68% from pre- to post-treatment, compared to 56% for biofeedback and 20% for a control condition, and the improvement continued building through a 12-month follow-up.²⁰ The therapy focuses on identifying and modifying the thought patterns, stress responses, and behaviors that amplify migraine vulnerability. It doesn’t just help people cope; it appears to reduce the frequency and intensity of attacks themselves.²¹

Regular aerobic exercise acts as a mild preventive. A clinical trial of people with migraine and coexisting tension-type headache and neck pain found that an exercise program significantly reduced migraine frequency, pain intensity, pain duration, and overall migraine burden within the exercise group.²² Broader evidence supports that combining aerobic exercise or manual physical therapy with medication reduces headache days per month more than medication alone.²³ The challenge, of course, is that exercise can trigger migraines in some people. Starting at low intensity and building gradually, staying well hydrated, and avoiding exercise in extreme heat usually helps sidestep that problem.

Where Acupuncture Fits

Acupuncture for migraine prevention is more evidence-based than many people expect. An overview of systematic reviews found that acupuncture was superior to sham acupuncture (where needles are placed at non-therapeutic points) in reducing migraine frequency, both immediately after treatment and at follow-up, and also in reducing pain intensity scores.²⁴ Notably, when compared to standard preventive drugs like flunarizine, acupuncture was at least as effective at reducing attack frequency, and reviews have concluded that acupuncture produces fewer side effects than conventional preventive medications.²⁵

The honest caveat is that the effect size is small to moderate, the difference between real and sham acupuncture is narrower than you’d want for a fully convincing mechanism, and the reduction in total migraine days didn’t reach statistical significance in the pooled analysis. Acupuncture seems to work best as a complement to other strategies rather than as a standalone treatment, and it’s a reasonable choice for someone who either can’t tolerate medications or prefers a non-drug approach.

Nerve Blocks for Stubborn Attacks

When a migraine won’t break with standard treatment, or when someone is stuck in a prolonged attack (sometimes called status migrainosus), an emergency or clinic visit opens up additional options. Intravenous fluids, corticosteroids, magnesium sulfate, anti-nausea medications, and anti-inflammatory drugs are among the tools used in emergency settings for severe, prolonged migraine.²⁶

Greater occipital nerve blocks, in which a local anesthetic (sometimes with a steroid) is injected around the nerve at the back of the head, have gained traction as a relatively quick procedure. A meta-analysis found that this nerve block significantly reduced pain scores within 30 minutes and maintained that reduction at the 45-to-60-minute mark.²⁷ These are outpatient procedures that take a few minutes, and while the acute effect is the primary use for migraine, they can provide relief that extends well beyond the local anesthetic’s duration.

Hormonal Migraine and the Estrogen Connection

Menstrual migraine affects roughly 6% of women of reproductive age and follows a distinctive pattern tied to the hormonal cycle. The prevailing explanation is the estrogen withdrawal hypothesis: the drop in estrogen levels that occurs just before menstruation acts as a migraine trigger. Estrogen appears to modulate pain processing within the trigeminal system, which is the core pain pathway for migraine. When estrogen falls, that modulation weakens, and susceptible individuals cross the threshold into an attack.²⁸

Knowing this pattern exists is practically useful. If your migraines cluster around menstruation, “mini-prevention” strategies can be timed accordingly: taking a long-acting triptan or NSAID for a few days around the expected drop, or, in some cases, using continuous hormonal contraception to smooth out estrogen fluctuations. These approaches work best when you’ve tracked at least three cycles to confirm the pattern. Menstrual migraine also tends to respond somewhat differently to acute treatment, with attacks being longer and more resistant to a single dose of medication, so having a rescue plan (a second dose, a different drug class) ready can save a lot of suffering.

The Ketogenic Diet as an Emerging Approach

A growing body of preliminary research suggests that a ketogenic diet, very low in carbohydrates and high in fat, may have preventive effects on migraine. The proposed mechanisms are numerous: ketone bodies supply more energy to brain cells than glucose, potentially addressing the metabolic deficit observed in migraine brains. They also reduce inflammation by inhibiting inflammatory pathways, improve mitochondrial function, and may reduce cortical spreading depression, the wave of electrical activity thought to underlie migraine aura.²⁹

Clinical data so far come from case reports and small prospective studies involving around 150 patients, which suggest the diet may act as a rapid-onset preventive for both episodic and chronic migraine.³⁰ The evidence is genuinely thin at this point, with no large randomized controlled trials completed. A strict ketogenic diet is also difficult to maintain and can have side effects of its own, including constipation, kidney stones, and nutrient deficiencies over time. It’s an approach worth watching as more rigorous research emerges, and worth discussing with a doctor if you’re interested, but it’s not yet in the same evidence tier as the treatments above.

Why Migraine Is More Than Just a Bad Headache

The reason so many different treatments exist, from nerve blocks to CGRP antibodies to ketogenic diets, is that migraine is a complex neurological event, not simply “head pain.” Animal experiments have shown that cortical spreading depression, a slowly propagating wave of nerve cell activation followed by suppression, triggers inflammation around blood vessels in the brain’s lining and activates the trigeminal pain pathways that produce the throbbing pain people feel.³¹ This cascade involves the brain’s electrical activity, its blood vessels, its immune responses, and its pain-processing networks all at once. That’s why some treatments that seem unrelated (an anti-seizure drug, a blood pressure pill, a CGRP antibody) can all reduce migraine frequency: they each interrupt a different node in the same multi-step process. It also explains why finding the right treatment is often a matter of trying several approaches, sometimes in combination, rather than a single silver bullet.