🏃♂️ Migraines in Athletes: Prevention and Treatment
Migraine is a neurological condition that causes recurring headaches accompanied by nausea, light sensitivity, and other sensory symptoms. While it affects people of all ages, athletes face unique triggers and challenges related to their training, competition, hydration, and stress levels. Understanding how migraines manifest in physically active individuals is essential to maintaining performance and well-being.
This article explores why migraines occur in athletes, what specific triggers are associated with exercise, how to prevent them, and what treatment options are most effective without compromising athletic performance.
🧠 Understanding Migraines in the Athletic Context
Migraines are not just “bad headaches.” They involve abnormal activation of nerve pathways and blood vessels in the brain. In athletes, several physical and environmental factors can trigger these pathways.
| Factor | Mechanism | How It Triggers Migraine |
|---|---|---|
| Dehydration | Loss of fluids and electrolytes | Reduces cerebral blood flow and irritates neurons |
| Hypoglycemia | Low blood sugar from energy depletion | Triggers cortical spreading depression |
| Physical exertion | Rapid changes in blood pressure | Causes vascular instability |
| Heat exposure | Vasodilation of brain vessels | Triggers inflammation |
| Stress and tension | Cortisol and adrenaline spikes | Sensitizes pain pathways |
Approximately 10% to 12% of competitive athletes report migraines or migraine-like headaches, with higher rates in endurance sports such as long-distance running, cycling, and swimming.
⚡ Types of Migraines Common in Athletes
1. Exercise-Induced Migraine
Occurs during or shortly after physical activity. Often triggered by dehydration, skipped meals, or extreme exertion.
2. Migraine with Aura
Includes visual or sensory disturbances before the headache, such as flashing lights or tingling sensations. Common in younger athletes.
3. Exertional Headache
Though not always a migraine, this condition shares overlapping mechanisms involving increased intracranial pressure and vascular dilation during exercise.
| Migraine Type | Duration | Common Triggers | Notes |
|---|---|---|---|
| Exercise-induced | 1–6 hours | Heat, dehydration | Often relieved by rest and hydration |
| Migraine with aura | 4–72 hours | Hormonal or metabolic fluctuations | May require preventive medication |
| Exertional headache | 5 min–2 hours | Strenuous activity | Distinguish from secondary causes like vascular disorders |
🏋️♀️ Triggers Specific to Athletes
Migraines in athletes are influenced by both internal physiological and external environmental factors.
Internal Triggers
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Sudden drops in blood glucose after prolonged exercise
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Hormonal changes (especially in female athletes)
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Overtraining and sleep deprivation
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Emotional stress before competitions
External Triggers
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Bright sunlight or glare from snow and water surfaces
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Heat and humidity
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Loud crowd noise or flashing lights in stadiums
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Dehydration and lack of electrolytes
| Trigger Category | Example | Preventive Strategy |
|---|---|---|
| Hydration | Long-distance running in heat | Drink electrolyte water before and after activity |
| Nutrition | Skipping breakfast before training | Eat complex carbs 2 hours before exercise |
| Environmental | Outdoor games under sunlight | Use polarized sunglasses and caps |
| Emotional | Anxiety before competition | Practice mindfulness or breathing exercises |
💧 The Role of Hydration
Dehydration is one of the most common and preventable migraine triggers in athletes. During intense training, fluid loss can reach 2–3% of body weight, leading to vascular constriction and reduced blood flow to the brain.
Hydration Guidelines for Athletes
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Drink 500 ml (2 cups) of water 2 hours before activity.
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Consume 150–250 ml every 20 minutes during exercise.
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Replenish with electrolyte drinks if sweating heavily.
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Include potassium and magnesium-rich foods post-exercise (e.g., bananas, spinach).
| Stage | Hydration Target | Beverage Type |
|---|---|---|
| Pre-activity | 500 ml water | Plain or lightly salted water |
| During activity | 150–250 ml every 20 min | Sports drink with electrolytes |
| Post-activity | 700–1000 ml for each pound lost | Coconut water, low-sugar electrolyte drink |
Proper hydration can reduce migraine frequency by 40–50% in susceptible individuals.
🍎 Nutrition and Blood Sugar Balance
Athletes often experience hypoglycemia-related migraines, especially when fasting before training or consuming excessive refined carbs. A stable blood sugar level is critical for preventing sudden neurovascular changes.
Tips for Balanced Nutrition
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Eat complex carbohydrates (oats, brown rice, whole grains).
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Include healthy fats (omega-3, avocados, nuts).
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Avoid high-sugar energy drinks or gels unless needed for endurance events.
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Eat small, frequent meals instead of long fasting periods.
| Timing | Meal Recommendation | Purpose |
|---|---|---|
| Pre-training | Oats with fruit and yogurt | Sustained energy release |
| During endurance event | Energy gel or banana | Prevents glucose drop |
| Post-training | Protein shake with fruit | Replenishes glycogen |
😴 Sleep and Recovery
Insufficient sleep disrupts pain regulation and increases stress hormone levels. Studies show athletes who sleep less than 7 hours per night have higher migraine frequency.
Sleep Hygiene Tips for Athletes:
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Maintain a consistent bedtime, even during travel.
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Avoid screen time and caffeine before bed.
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Stretch or practice deep breathing to relax muscles.
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Keep the room cool and dark for optimal melatonin release.
| Sleep Factor | Ideal Range | Impact on Migraine |
|---|---|---|
| Duration | 7–9 hours | Lowers inflammation |
| Consistency | Same bedtime daily | Stabilizes brain chemistry |
| Sleep environment | Cool, quiet, dark | Enhances recovery and reduces stress |
🧘♂️ Stress Management and Mental Preparation
Competitive pressure, travel fatigue, and performance anxiety can activate the sympathetic nervous system, increasing migraine risk. Managing stress is a fundamental part of migraine prevention.
Effective Stress-Reduction Techniques
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Mindfulness meditation or yoga
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Deep breathing before competition
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Visualization and mental rehearsal
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Listening to calming music or nature sounds
| Method | Frequency | Benefit |
|---|---|---|
| Mindfulness meditation | 10 minutes daily | Reduces anxiety and improves focus |
| Breathing exercises | Before and after training | Stabilizes heart rate |
| Progressive muscle relaxation | 2–3 times per week | Decreases tension headaches |
🩺 Diagnosis and Medical Evaluation
When athletes experience recurrent headaches, accurate diagnosis is essential to rule out serious conditions like hypertension, vascular disorders, or concussion-related headaches.
Diagnostic Tools Include:
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Neurological examination
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MRI or CT scan if symptoms are severe or atypical
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Blood tests for electrolyte or glucose imbalance
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Headache diary tracking frequency, duration, and triggers
Athletes should seek medical advice if headaches occur after every workout or are accompanied by visual disturbances or weakness.
💊 Treatment Approaches
Treatment must balance migraine relief with the athlete’s need to perform safely.
Acute Treatment Options
Used during migraine attacks to stop or reduce pain.
| Drug Category | Example | Considerations for Athletes |
|---|---|---|
| NSAIDs | Ibuprofen, naproxen | Avoid overuse; can cause stomach irritation |
| Triptans | Sumatriptan, rizatriptan | Effective for moderate to severe migraines; may cause drowsiness |
| Antiemetics | Metoclopramide | Helpful for nausea; monitor side effects |
| Cold therapy | Ice packs on forehead or neck | Non-drug alternative; reduces inflammation |
Preventive Medications
For athletes with frequent or disabling migraines, preventive therapy may be prescribed.
| Medication Type | Example | Benefit |
|---|---|---|
| Beta-blockers | Propranolol | Reduces frequency; avoid in endurance athletes with low heart rate |
| Anticonvulsants | Topiramate | Stabilizes neuronal excitability |
| Antidepressants | Amitriptyline | Beneficial for stress-related migraines |
| Supplements | Magnesium, riboflavin | Natural and safe preventive options |
Athletes must consult with sports physicians to ensure compliance with anti-doping regulations before using any medication.
🌿 Natural and Non-Pharmacological Therapies
| Therapy | Description | Benefits |
|---|---|---|
| Acupuncture | Stimulates pressure points | Improves blood circulation and reduces tension |
| Biofeedback | Teaches control over body responses | Reduces stress-induced headaches |
| Massage therapy | Relieves muscle tightness | Reduces neck and shoulder strain |
| Cold compress | Applied to temples and neck | Provides immediate pain relief |
Lifestyle adjustments often enhance recovery and reduce the need for medication.
🧩 Comprehensive Prevention Framework for Athletes
| Category | Strategy | Example |
|---|---|---|
| Hydration | Maintain fluid balance | Drink 2–3 liters per day |
| Nutrition | Balanced diet with complex carbs | Oatmeal, lean protein, vegetables |
| Sleep | Consistent 8-hour schedule | Avoid caffeine late evening |
| Stress | Relaxation and breathing exercises | Meditation before games |
| Environmental | Protect from light and heat | Sunglasses, cool headbands |
| Medical | Regular checkups | Monitor triggers and medication response |
🧪 Evidence from Research
| Study | Population | Finding |
|---|---|---|
| Journal of Headache and Pain (2018) | Endurance runners | 13% reported exercise-induced migraines; dehydration a key factor |
| Sports Medicine (2020) | Female athletes | Hormonal fluctuations increased risk before menstruation |
| Neurology (2021) | Cyclists | Consistent hydration reduced migraine frequency by 38% |
| British Journal of Sports Science (2022) | Team-sport athletes | High-stress training weeks linked with more migraine days |
| Journal of Clinical Neurology (2023) | Mixed-sport athletes | Magnesium supplementation decreased monthly migraine attacks by 25% |
These studies confirm that preventive habits such as hydration, balanced nutrition, and stress control can significantly reduce migraine frequency among athletes.
🧭 Travel, Altitude, and Climate Effects
Athletes who travel for competition may face altitude and climate changes that trigger migraines.
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High altitudes cause oxygen reduction and vascular dilation.
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Hot climates lead to dehydration.
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Cold temperatures constrict vessels abruptly, leading to headache onset.
| Condition | Trigger | Prevention |
|---|---|---|
| Altitude | Hypoxia | Acclimate gradually, hydrate, avoid alcohol |
| Heat | Dehydration | Light clothing, electrolyte drinks |
| Cold | Vasoconstriction | Warm-up properly before exercise |
🧘 Recovery and Rehabilitation After a Migraine
Post-migraine recovery is just as important as prevention. During this period, the nervous system remains sensitive.
Steps for Recovery:
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Rest in a quiet, dark environment.
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Hydrate and eat light meals.
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Stretch gently to relax muscles.
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Resume training slowly after symptoms fully subside.
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Record triggers and early signs in a journal.
Athletes who track recovery patterns can identify early warning signals and act before a full attack occurs.
📊 Summary Table: Migraine Management for Athletes
| Aspect | Risk | Preventive Measure |
|---|---|---|
| Dehydration | Fluid loss during exercise | Maintain electrolyte balance |
| Nutrition | Skipped meals or sugar spikes | Balanced, regular meals |
| Sleep | Insufficient rest | 7–9 hours nightly |
| Stress | Competition pressure | Relaxation techniques |
| Weather | Heat or glare | Protective gear |
| Medication misuse | Overuse of painkillers | Use under supervision |
🙋♀️ Frequently Asked Questions (FAQ)
Q1. Can intense exercise cause migraines?
Yes. Sudden or strenuous exercise can trigger migraines in some individuals due to increased blood pressure, dehydration, or rapid temperature changes.
Q2. Should athletes stop training if they have migraines?
During an attack, rest is essential. However, regular moderate exercise often reduces migraine frequency in the long term.
Q3. Are energy drinks bad for migraine-prone athletes?
Yes. Caffeine combined with sugar can trigger migraines in sensitive individuals. Water or electrolyte beverages are safer choices.
Q4. Can magnesium supplements prevent migraines?
Studies show magnesium helps stabilize nerve function and reduce attack frequency. It is safe for most athletes when taken as directed.
Q5. What is the best treatment during a migraine while competing?
Immediate rest, hydration, a cool environment, and taking prescribed acute medication if necessary. Avoid continuing activity until symptoms resolve.
🌸 Conclusion
Migraines in athletes are common but manageable. The combination of intense training, stress, dehydration, and environmental factors can easily trigger attacks. Prevention hinges on consistency—maintaining hydration, balanced nutrition, proper sleep, and emotional control.
With a tailored prevention plan, medical support, and mindful awareness of triggers, athletes can minimize migraine frequency and perform at their best. Managing migraines is not about limitation but empowerment learning to understand the body’s signals and respond with balance, preparation, and care.
Migraines in athletes: Prevention and treatment.
Migraines in athletes present a unique set of challenges, as physical exertion, dehydration, and other factors associated with sports can trigger or worsen migraines. Athletes who suffer from migraines may find their performance and overall well-being affected by both the frequency and severity of their headaches. However, with the right prevention and treatment strategies, athletes can manage migraines effectively and continue to participate in their sports at a high level.
Common Migraine Triggers in Athletes
Several factors that are common in the athletic environment can act as migraine triggers, making athletes particularly susceptible to migraine attacks. Identifying and managing these triggers is a key part of preventing migraines in athletes.
- Physical Exertion:
- Exercise-induced migraines are a well-known phenomenon, where vigorous physical activity, particularly high-intensity aerobic exercise, can trigger a migraine. Intense exertion can lead to changes in blood flow to the brain, fluctuations in blood sugar, and dehydration, all of which can precipitate a migraine attack.
- While exercise can be a trigger, regular moderate physical activity has been shown to reduce the frequency of migraines in the general population, so athletes may need to find a balance between exercise intensity and migraine management.
- Dehydration:
- Dehydration is a significant trigger for migraines in many individuals, including athletes. During intense physical activity, especially in hot or humid conditions, the body loses fluids through sweat. If athletes do not adequately replace these fluids, they may become dehydrated, which can lead to a migraine attack.
- Dietary Triggers:
- Athletes often follow specific diets to optimize performance, but some foods or eating patterns can trigger migraines. Common dietary triggers include caffeine, processed foods, artificial sweeteners, alcohol, and foods high in tyramine (such as aged cheese or cured meats). Skipping meals or delaying eating after exercise can also lead to low blood sugar, another common migraine trigger.
- Environmental Factors:
- Athletes who train or compete outdoors may be exposed to environmental factors that trigger migraines, such as bright sunlight, extreme temperatures, high altitude, and changes in barometric pressure. These environmental triggers can be particularly problematic for endurance athletes, such as runners, cyclists, or skiers.
- Stress and Sleep Disruption:
- Stress is a common migraine trigger, and the pressure to perform, competition stress, and travel for events can increase stress levels in athletes. Additionally, poor sleep or irregular sleep patterns, which may occur due to travel or pre-competition anxiety, can contribute to the likelihood of migraines.
Prevention Strategies for Athletes with Migraines
Preventing migraines in athletes requires a multifaceted approach that addresses known triggers and optimizes overall health. Athletes can take several steps to reduce the likelihood of migraine attacks while maintaining peak physical performance.
1. Hydration Management
- Stay Hydrated: Maintaining adequate hydration is crucial for preventing migraines. Athletes should ensure they are drinking enough water before, during, and after exercise. Sports drinks that contain electrolytes can be beneficial, especially during prolonged or intense exercise, to replenish fluids and electrolytes lost through sweat.
- Monitor Fluid Intake: Athletes can monitor their hydration status by paying attention to thirst, urine color (which should be light or pale yellow), and body weight before and after exercise. A significant loss in body weight after exercise can indicate dehydration.
2. Optimize Nutrition
- Regular, Balanced Meals: Athletes should avoid skipping meals or allowing long periods between eating, as low blood sugar can trigger migraines. Eating small, balanced meals regularly, with an emphasis on complex carbohydrates, lean proteins, and healthy fats, can help stabilize blood sugar levels.
- Identify and Avoid Dietary Triggers: Keeping a food diary can help athletes identify potential dietary triggers. Once identified, these foods or ingredients can be eliminated or minimized in the diet. For example, athletes who are sensitive to caffeine may need to limit their intake, while others may need to avoid processed or high-sugar foods.
- Pre-Exercise Nutrition: Eating a pre-workout snack that includes a combination of carbohydrates and protein can help maintain stable blood sugar levels during exercise and reduce the risk of migraine attacks.
3. Exercise and Training Modifications
- Gradual Warm-up: Athletes who experience exercise-induced migraines should incorporate a gradual warm-up period into their training routine. Slowly increasing exercise intensity allows the body to adjust to changes in blood flow and heart rate, potentially reducing the likelihood of migraines.
- Balanced Exercise Intensity: For athletes prone to migraines, high-intensity workouts or sudden bursts of strenuous activity can be problematic. It may be helpful to balance intense training with lower-intensity or cross-training workouts. Athletes can also experiment with different types of exercise to see which are better tolerated.
- Cool-down and Recovery: After intense exercise, a proper cool-down period and recovery routine can help the body return to a resting state and may reduce the risk of post-exercise migraines.
4. Environmental Modifications
- Avoid Extreme Conditions: Athletes who train or compete outdoors should take precautions to avoid extreme temperatures or other environmental factors that can trigger migraines. For example, exercising early in the morning or later in the evening can help avoid the heat of the day.
- Use Sunglasses and Hats: For athletes who are sensitive to bright light, wearing sunglasses or hats with visors during outdoor activities can help reduce the impact of glare and sunlight.
- Altitude Awareness: If an athlete is prone to migraines triggered by high altitude, gradual acclimatization before competitions at higher altitudes may help reduce the risk.
5. Stress Management and Sleep
- Stress-Reduction Techniques: Managing stress is important for preventing migraines in athletes. Techniques such as deep breathing exercises, progressive muscle relaxation, mindfulness meditation, and yoga can help reduce stress and anxiety before competitions.
- Prioritize Sleep: Athletes should aim for regular, restful sleep, as sleep disruptions can trigger migraines. A consistent sleep schedule, even when traveling for competitions, and good sleep hygiene practices (e.g., a dark, quiet sleep environment, limiting screen time before bed) can improve sleep quality and reduce migraine frequency.
Treatment of Migraines in Athletes
While prevention is key, athletes may still experience migraines despite their best efforts. Therefore, having a treatment plan in place is essential for managing acute migraine attacks and minimizing the impact on athletic performance.
1. Acute Migraine Treatment
- NSAIDs: Nonsteroidal anti-inflammatory drugs (NSAIDs), such as ibuprofen or naproxen, can be effective in treating the pain of migraines if taken early in the attack. However, long-term use should be monitored to avoid gastrointestinal side effects.
- Triptans: Triptans (e.g., sumatriptan, rizatriptan) are a common class of migraine-specific medications that can be taken at the onset of a migraine to abort the attack. While effective, they may cause drowsiness or dizziness in some athletes, which could affect performance, so timing of administration is important.
- Anti-nausea Medications: For athletes who experience nausea or vomiting during migraines, anti-nausea medications such as metoclopramide or ondansetron may help alleviate these symptoms, improving overall comfort during an attack.
2. Preventive Medications
For athletes who experience frequent migraines that interfere with their training or competition schedule, preventive medications may be considered. These medications are typically taken daily to reduce the frequency and severity of migraines.
- Beta-blockers: Beta-blockers (e.g., propranolol) are commonly used for migraine prevention and may be suitable for athletes, especially those in endurance sports, as they can help regulate heart rate. However, they may reduce exercise capacity in some athletes by limiting peak heart rate.
- Anticonvulsants: Medications like topiramate or valproate may be used for migraine prevention in athletes, but they carry potential side effects, including cognitive issues or fatigue, which could affect performance. Dosage and timing need to be carefully managed.
- Botox Injections: For athletes with chronic migraines (15 or more headache days per month), Botox injections may be an option. Botox can reduce the frequency of migraines by relaxing muscles and blocking pain signals, and it is generally well-tolerated.
3. Non-Pharmacological Treatments
- Biofeedback: Biofeedback is a technique that teaches individuals to control physiological processes (e.g., heart rate, muscle tension) through relaxation and mental focus. Athletes can use biofeedback to manage stress and prevent migraines triggered by physical exertion.
- Cognitive Behavioral Therapy (CBT): CBT can help athletes manage stress and anxiety, which are common migraine triggers. It can also help athletes develop strategies for coping with the fear of migraines affecting their performance.
Special Considerations for Athletes
- Anti-Doping Regulations:
- Athletes competing at high levels need to be aware of anti-doping regulations, as some medications used to treat or prevent migraines may be banned or restricted. For example, certain medications, such as beta-blockers, are prohibited in specific sports (e.g., archery, shooting) due to their performance-enhancing effects. Athletes should consult with sports physicians to ensure compliance with anti-doping regulations.
- Hydration and Electrolyte Balance:
- Dehydration is a major trigger for migraines in athletes, and hydration strategies are essential. Sports drinks that contain electrolytes can help replace lost fluids during intense or prolonged physical activity. However, athletes should avoid excessive intake of sugary or highly processed sports drinks, as these may contribute to migraine triggers.
- Timing of Medication:
- Athletes need to carefully plan the timing of their medication to avoid side effects that could affect performance, such as drowsiness, fatigue, or dizziness. Medications should be trialed during training sessions to assess their impact on performance before use in competition.
Conclusion
Migraines can present significant challenges for athletes, but with proper prevention strategies and treatment plans, many athletes can continue to train and compete successfully. Prevention efforts should focus on maintaining hydration, managing stress, optimizing nutrition, and adjusting exercise intensity to reduce the likelihood of migraines. When migraines do occur, early treatment with medications such as NSAIDs or triptans can help alleviate symptoms and minimize disruption to training or competition. By working closely with healthcare providers, athletes can develop individualized plans to manage migraines effectively and maintain peak performance.
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