Bóle głowy wywołane wysiłkiem fizycznym – Rokowania, prognozy i postęp choroby

Bóle głowy wywołane wysiłkiem fizycznym
Rokowania, prognozy i postęp choroby

Bóle głowy wywołane wysiłkiem fizycznym dzielą się na pierwotne i wtórne, z różnym rokowaniem. Pierwotne bóle, określane jako łagodne (benign exertional headaches), trwają od 5 minut do 48 godzin i zwykle ustępują samoistnie w ciągu 3-6 miesięcy, nie wiążąc się z poważnymi powikłaniami neurologicznymi. Wtórne bóle głowy, trwające co najmniej jeden dzień, mogą wskazywać na poważne schorzenia, takie jak krwawienie podpajęczynówkowe, guzy mózgu, zapalenie opon mózgowo-rdzeniowych czy choroby tętnic wieńcowych, co determinuje konieczność szybkiej diagnostyki i leczenia choroby podstawowej. Czynniki środowiskowe (wysoka temperatura, wilgotność, duża wysokość) oraz rodzaj i intensywność wysiłku (np. wiosłowanie, bieganie, tenis, pływanie, podnoszenie ciężarów) wpływają na częstość i nasilenie bólów. Predyspozycje genetyczne, zwłaszcza w kontekście migren, również modyfikują rokowanie i odpowiedź na terapię.

Prognoza bólów głowy wywołanych wysiłkiem fizycznym

Naturalny przebieg pierwotnych bólów głowy wywołanych wysiłkiem
Rokowanie w wtórnych bólach głowy wywołanych wysiłkiem
Czynniki wpływające na rokowanie
Wpływ leczenia na rokowanie
Trening siłowy a rokowanie w bólach głowy
Rola regularnych ćwiczeń w rokowaniu
Wpływ skuteczności własnej na rokowanie
Wpływ bólów głowy na aktywność fizyczną

Podsumowanie rokowania

Kolejne rozdziały

Prognoza bólów głowy wywołanych wysiłkiem fizycznym

Bóle głowy wywołane wysiłkiem fizycznym (exercise headaches) stanowią istotny problem kliniczny, który może znacząco wpływać na aktywność fizyczną pacjentów. Prognozy dotyczące tego schorzenia są zróżnicowane, w zależności od typu bólu głowy, jego przyczyny oraz zastosowanego leczenia. Niniejszy artykuł przedstawia szczegółową analizę rokowania w przypadku bólów głowy wywołanych wysiłkiem fizycznym, opierając się na aktualnych danych medycznych.

Naturalny przebieg pierwotnych bólów głowy wywołanych wysiłkiem

Pierwotne bóle głowy wywołane wysiłkiem fizycznym (primary exercise headaches) mają zazwyczaj korzystne rokowanie, mimo że mogą powodować znaczny dyskomfort dla pacjentów. Większość epizodów tych bólów charakteryzuje się stosunkowo krótkim czasem trwania i samoograniczającym się przebiegiem. Typowy czas trwania pojedynczego epizodu bólowego waha się od 5 minut do 48 godzin.¹² Co istotne, choć epizody bólowe mogą się powtarzać, całościowy okres występowania dolegliwości zwykle ogranicza się do 3-6 miesięcy, po czym często ustępują samoistnie.³

Pierwotne bóle głowy wywołane wysiłkiem fizycznym, mimo że są bolesne, zasadniczo nie wiążą się z poważnymi powikłaniami zdrowotnymi i nie są połączone z żadnymi podstawowymi problemami neurologicznymi.⁴⁵ Określane są czasem jako łagodne bóle głowy wywołane wysiłkiem (benign exertional headaches), co podkreśla ich stosunkowo korzystne rokowanie.

Rokowanie w wtórnych bólach głowy wywołanych wysiłkiem

W przeciwieństwie do pierwotnych bólów głowy, wtórne bóle głowy wywołane wysiłkiem (secondary exercise headaches) mają zwykle mniej korzystne rokowanie, ponieważ są objawem poważniejszych schorzeń podstawowych. Te bóle głowy utrzymują się zazwyczaj dłużej – co najmniej jeden dzień, a często nawet kilka dni lub dłużej.⁶

Wtórne bóle głowy mogą wskazywać na poważne schorzenia, takie jak:⁷⁸

Krwawienie podpajęczynówkowe
Guzy mózgu
Zapalenie opon mózgowo-rdzeniowych
Choroby tętnic wieńcowych

Ze względu na potencjalnie poważny charakter schorzeń leżących u podłoża wtórnych bólów głowy, ich rokowanie zależy przede wszystkim od diagnozy i leczenia choroby podstawowej. W takich przypadkach zalecana jest natychmiastowa konsultacja medyczna, szczególnie gdy bóle głowy są nowe, różnią się od zwykle doświadczanych lub utrzymują się dłużej niż godzinę lub dwie.⁹

Czynniki wpływające na rokowanie

Kilka czynników może wpływać na rokowanie u pacjentów z bólami głowy wywołanymi wysiłkiem fizycznym:

Warunki środowiskowe

Warunki, w jakich wykonywany jest wysiłek fizyczny, mogą mieć istotny wpływ na częstotliwość i nasilenie bólów głowy. Bóle głowy wywołane wysiłkiem mają tendencję do częstszego występowania w określonych warunkach:¹⁰

Podczas ćwiczeń w gorącą i wilgotną pogodę
Przy wysiłku na dużych wysokościach

Pacjenci podatni na bóle głowy wywołane wysiłkiem mogą osiągnąć lepsze wyniki, unikając ćwiczeń w tych warunkach lub stosując odpowiednie środki zapobiegawcze.¹¹

Rodzaj i intensywność wysiłku

Niektóre rodzaje wysiłku fizycznego częściej powodują bóle głowy niż inne. Do najczęstszych czynników wyzwalających należą aktywności o wysokiej intensywności, takie jak:¹²

Wiosłowanie
Bieganie
Gra w tenisa
Pływanie
Podnoszenie ciężarów

Dla pacjentów doświadczających bólów głowy związanych z określonymi rodzajami ćwiczeń, zmiana na inny rodzaj aktywności fizycznej może przynieść poprawę rokowania.¹³ Metoda prób i błędów, prowadzona pod nadzorem specjalisty medycznego, może pomóc w znalezieniu odpowiedniego typu treningu, który nie będzie powodował bólów głowy.¹⁴

Predyspozycje genetyczne

Badania sugerują, że osoby już cierpiące na migreny lub mające bliskich członków rodziny z historią migren mogą być bardziej narażone na bóle głowy związane z wysiłkiem.¹⁵ Ta genetyczna predyspozycja może wpływać na długoterminowe rokowanie i odpowiedź na leczenie.

Wpływ leczenia na rokowanie

Właściwe leczenie może znacząco poprawić rokowanie u pacjentów z bólami głowy wywołanymi wysiłkiem fizycznym. Zarówno środki farmakologiczne, jak i niefarmakologiczne mogą pomóc w kontrolowaniu objawów i poprawie tolerancji wysiłku.

Leczenie farmakologiczne

Indometacyna jest lekiem pierwszego wyboru w krótkotrwałym leczeniu bólów głowy wywołanych wysiłkiem.¹⁶ Może być przyjmowana doraźnie przed znanym czynnikiem wyzwalającym wysiłkowym lub jako zaplanowane dawkowanie w celu profilaktyki bólów głowy.¹⁷ Jednak ze względu na działania niepożądane związane z przewlekłym stosowaniem niesteroidowych leków przeciwzapalnych (NLPZ), indometacyna jest zalecana tylko do krótkotrwałego stosowania.¹⁸

Inne opcje farmakologiczne, które mogą poprawić rokowanie, obejmują:¹⁹²⁰

Beta-blokery – zalecane gdy potrzebna jest długoterminowa lub codzienna profilaktyka bólów głowy
Tryptany – szczególnie gdy istnieje znany czynnik wyzwalający związany z wysiłkiem, którego nie można uniknąć, lub gdy pacjent nie toleruje indometacyny
Naproksen – może być przyjmowany przed wysiłkiem fizycznym, aby zapobiec bólom głowy

Strategie niefarmakologiczne

Wdrożenie odpowiednich strategii profilaktycznych jest terapią pierwszej linii w przypadku bólów głowy wywołanych wysiłkiem.²¹ Zalecenia obejmują:²²

Pozostawanie dobrze nawodnionym
Spożywanie posiłku przed ćwiczeniami, szczególnie bogatego w białko
Stopniowe zwiększanie intensywności wysiłku, zwłaszcza podczas pierwszych kilku dni pobytu na większej wysokości

Trening siłowy a rokowanie w bólach głowy

Interesujących danych dostarcza badanie nad skutecznością programu ćwiczeń opartego na treningu siłowym u pacjentów z przewlekłymi bólami głowy typu napięciowego. Wyniki wykazały, że 12-tygodniowy trening siłowy szyi i okolicy barków spowodował istotne statystycznie zmiany w porównaniu z grupą kontrolną w następujących pierwszorzędowych punktach końcowych: czas trwania i intensywność bólów głowy.²³

Główne wyniki badania pokazały, że uczestnicy z grupy interwencyjnej doświadczyli znaczących zmian o średniej do dużej wielkości po 12 tygodniach w zakresie:²⁴

Charakterystyki bólu głowy, skutkującej zmniejszeniem intensywności i czasu trwania bólu
Grubości mięśni szyjnych poprzez zwiększenie grubości mięśni wielodzielnych i długich szyi w spoczynku i podczas skurczu
Zakresu ruchu szyi, skutkującego zwiększeniem bocznego nachylenia szyi
Progu bólu uciskowego w obrębie mięśni skroniowych, żwaczy, górnego czworobocznego i nerwu pośrodkowego
Testu zgięcia szyjno-czaszkowego poprzez poprawę wytrzymałości głębokich mięśni zginaczy szyi

Podsumowując, 12-tygodniowy trening siłowy szyi i okolicy barków wywołał pozytywne zmiany w intensywności i czasie trwania bólu, co sugeruje, że odpowiednio zaprojektowany program ćwiczeń może stanowić skuteczną strategię leczenia, poprawiającą rokowanie w przypadku bólów głowy typu napięciowego.²⁵

Rola regularnych ćwiczeń w rokowaniu

Mimo że wysiłek fizyczny może wywoływać bóle głowy u niektórych osób, regularne ćwiczenia mogą faktycznie poprawić długoterminowe rokowanie u pacjentów z bólami głowy, szczególnie u tych z migreną epizodyczną. W badaniu kohortowym wykazano, że pacjenci z migreną epizodyczną, którzy zgłaszali umiarkowany do intensywnego wysiłek fizyczny co najmniej trzy razy w tygodniu, mieli mniej dni z bólem głowy w miesiącu, choć różnica nie była statystycznie istotna.²⁶

Co ciekawe, ta zależność była znacznie silniejsza u osób stosujących leki profilaktyczne na migrenę.²⁷ Sugeruje to, że rutynowy umiarkowany do intensywnego wysiłek fizyczny może być ważną uzupełniającą strategią poprawy obciążenia bólem głowy u pacjentów kwalifikujących się do profilaktyki migreny.²⁸

Dodatkowo, według niektórych badań, regularny wysiłek fizyczny może być równie skuteczny w zmniejszaniu częstości występowania migreny jak leki.²⁹ Niedawne badanie wykazało również, że trening interwałowy o wysokiej intensywności (HIIT) jest skuteczny w zmniejszaniu ataków migreny, oprócz umiarkowanego ciągłego wysiłku.³⁰

Wpływ skuteczności własnej na rokowanie

Interesujących informacji dostarcza analiza badania CHESS, które badało rolę skuteczności własnej w przewidywaniu wyników u osób z przewlekłym bólem głowy. Chociaż skala skuteczności własnej w bólu (PSEQ) nie była skutecznym predyktorem wyników, zmiana krótkoterminowej PSEQ pośredniczyła we wszystkich wynikach, choć minimalnie.³¹

Interwencja CHESS poprawiła zmienną pośredniczącą, PSEQ, o 2,34 jednostki, co odpowiada wzrostowi o 0,21 jednostki w skali HIT-6 po 12 miesiącach.³² Największy efekt pośredniczący zaobserwowano w skali funkcji emocjonalnej CH-QLQ, ze wzrostem o 1,12.³³

Wyniki sugerują, że przyszłe terapie behawioralne dla przewlekłych bólów głowy mogą potrzebować rozważenia, jak osiągnąć większe i bardziej trwałe wzrosty poziomu skuteczności własnej niż te osiągnięte w badaniu CHESS.³⁴ Obserwowana standaryzowana średnia różnica wynosząca 0,17 wskazuje, że potrzebna byłaby znacznie bardziej intensywna i/lub dłuższa interwencja, aby uzyskać klinicznie istotny efekt.³⁵

Wpływ bólów głowy na aktywność fizyczną

Bóle głowy wywołane wysiłkiem fizycznym mogą mieć istotny wpływ na zdolność pacjentów do utrzymania regularnej aktywności fizycznej. Pacjenci doświadczający bólów głowy związanych z intensywnym wysiłkiem fizycznym mogą mieć trudności z ćwiczeniem o wystarczającej długości lub intensywności.³⁶

Mimo ogromnych korzyści z ćwiczeń dla ogólnej populacji, większość osób doświadczających pierwotnych bólów głowy wywołanych wysiłkiem zgłasza zaprzestanie lub zmniejszenie intensywności swojej rutyny ćwiczeń, aby uniknąć bólów głowy.³⁷ Ten wpływ na aktywność fizyczną może mieć długoterminowe konsekwencje dla ogólnego stanu zdrowia i samopoczucia.

Przyjęcie odpowiednich niefarmakologicznych i farmakologicznych środków zapobiegawczych i leczniczych poprawia tolerancję wysiłku u pacjentów, którzy doświadczają bólów głowy wywołanych wysiłkiem.³⁸ Takie podejście może pomóc pacjentom utrzymać regularne ćwiczenia, co może prowadzić do poprawy ogólnego stanu zdrowia i jakości życia.

Podsumowanie rokowania

Rokowanie w przypadku bólów głowy wywołanych wysiłkiem fizycznym jest generalnie korzystne dla pierwotnych bólów głowy, które zwykle ustępują samoistnie w ciągu 3-6 miesięcy. Wtórne bóle głowy wywołane wysiłkiem wymagają diagnostyki i leczenia choroby podstawowej, co determinuje ich rokowanie.

Czynniki wpływające na rokowanie obejmują warunki środowiskowe, rodzaj i intensywność wysiłku oraz predyspozycje genetyczne. Odpowiednie leczenie farmakologiczne (indometacyna, beta-blokery, tryptany) oraz strategie niefarmakologiczne (nawodnienie, odpowiednie odżywianie, stopniowe zwiększanie intensywności wysiłku) mogą znacząco poprawić rokowanie.

Co ciekawe, chociaż wysiłek fizyczny może wywołać bóle głowy u niektórych osób, regularne ćwiczenia mogą faktycznie zmniejszyć częstotliwość bólów głowy u pacjentów z migreną epizodyczną, szczególnie tych stosujących leki profilaktyczne. Trening siłowy może również przynieść korzyści pacjentom z bólami głowy typu napięciowego.

Przyjęcie odpowiednich strategii zapobiegawczych i leczniczych może pomóc pacjentom utrzymać regularną aktywność fizyczną, co jest kluczowe dla ich ogólnego stanu zdrowia i jakości życia. Długoterminowe rokowanie może być dodatkowo poprawione poprzez dokładne monitorowanie i dostosowywanie rodzaju i intensywności aktywności fizycznej pod nadzorem specjalisty medycznego.

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Materiały źródłowe

#1 Exertion Headaches (Exercise Headaches): Causes, Symptoms & Treatment
https://my.clevelandclinic.org/health/diseases/21959-exertion-headaches
Most exercise headaches last five minutes to 48 hours and happen for a period of three to six months. […] Headaches after exercise don’t last long. Most are gone within a few minutes or hours, and they generally don’t last longer than 48 hours. […] Although the episodes repeat, they usually resolve on their own in three to six months.
#2 Exercise headaches – Symptoms & causes – Mayo Clinic
https://www.mayoclinic.org/diseases-conditions/exercise-headaches/symptoms-causes/syc-20372276
Exercise headaches occur during or after sustained, strenuous exercise. […] Health care providers divide exercise headaches into two categories. Primary exercise headaches are usually harmless, aren’t connected to any underlying problems and can often be prevented with medication. […] Secondary exercise headaches are caused by an underlying, often serious problem within the brain such as bleeding or a tumor or outside the brain such as coronary artery disease. Secondary exercise headaches may require emergency medical attention. […] Primary exercise headaches typically last between five minutes and 48 hours, while secondary exercise headaches usually last at least a day and sometimes linger for several days or longer. […] If you experience a headache during or after exercise, consult your provider. Call your provider right away if the headache begins abruptly or if it’s your first headache of this type.
#3 Exertion Headaches (Exercise Headaches): Causes, Symptoms & Treatment
https://my.clevelandclinic.org/health/diseases/21959-exertion-headaches
Most exercise headaches last five minutes to 48 hours and happen for a period of three to six months. […] Headaches after exercise don’t last long. Most are gone within a few minutes or hours, and they generally don’t last longer than 48 hours. […] Although the episodes repeat, they usually resolve on their own in three to six months.
#4 Exercise headaches – Symptoms & causes – Mayo Clinic
https://www.mayoclinic.org/diseases-conditions/exercise-headaches/symptoms-causes/syc-20372276
Exercise headaches occur during or after sustained, strenuous exercise. […] Health care providers divide exercise headaches into two categories. Primary exercise headaches are usually harmless, aren’t connected to any underlying problems and can often be prevented with medication. […] Secondary exercise headaches are caused by an underlying, often serious problem within the brain such as bleeding or a tumor or outside the brain such as coronary artery disease. Secondary exercise headaches may require emergency medical attention. […] Primary exercise headaches typically last between five minutes and 48 hours, while secondary exercise headaches usually last at least a day and sometimes linger for several days or longer. […] If you experience a headache during or after exercise, consult your provider. Call your provider right away if the headache begins abruptly or if it’s your first headache of this type.
#5 Exercise and Migraine: What You Should Know if You Get Headaches After Working Out | Cove – Cove
https://www.withcove.com/learn/exercise-headache-migraine?srsltid=AfmBOoqkFABlEcN3tCeBAis-ytrlu6CMpF9-g8JEfGqAfY-moqQUarhm
Unfortunately, yes. While theres a lot of research suggesting a fitness routine can help mitigate migraine attacks (one migraine study even found that regular exercise is just as effective in reducing migraine frequency as medication!), some people do get headaches during or after strenuous exercise. According to Dr. Bain, some of the most common triggers include high-intensity activities such as rowing, running, playing tennis, swimming, and weight-lifting. […] The first, primary exertional headaches (also called benign exertional headaches), have no obvious cause, though doctors believe physical activity can dilate blood vessels in the brain, translating to pain. […] While the exact reasoning behind primary exercise headaches is unclear, the good news is that these headaches, though painful, are relatively harmless.
#6 Exercise headaches – Symptoms & causes – Mayo Clinic
https://www.mayoclinic.org/diseases-conditions/exercise-headaches/symptoms-causes/syc-20372276
Exercise headaches occur during or after sustained, strenuous exercise. […] Health care providers divide exercise headaches into two categories. Primary exercise headaches are usually harmless, aren’t connected to any underlying problems and can often be prevented with medication. […] Secondary exercise headaches are caused by an underlying, often serious problem within the brain such as bleeding or a tumor or outside the brain such as coronary artery disease. Secondary exercise headaches may require emergency medical attention. […] Primary exercise headaches typically last between five minutes and 48 hours, while secondary exercise headaches usually last at least a day and sometimes linger for several days or longer. […] If you experience a headache during or after exercise, consult your provider. Call your provider right away if the headache begins abruptly or if it’s your first headache of this type.
#7 Exercise headaches – Symptoms & causes – Mayo Clinic
https://www.mayoclinic.org/diseases-conditions/exercise-headaches/symptoms-causes/syc-20372276
Exercise headaches occur during or after sustained, strenuous exercise. […] Health care providers divide exercise headaches into two categories. Primary exercise headaches are usually harmless, aren’t connected to any underlying problems and can often be prevented with medication. […] Secondary exercise headaches are caused by an underlying, often serious problem within the brain such as bleeding or a tumor or outside the brain such as coronary artery disease. Secondary exercise headaches may require emergency medical attention. […] Primary exercise headaches typically last between five minutes and 48 hours, while secondary exercise headaches usually last at least a day and sometimes linger for several days or longer. […] If you experience a headache during or after exercise, consult your provider. Call your provider right away if the headache begins abruptly or if it’s your first headache of this type.
#8 Exercise and Migraine: What You Should Know if You Get Headaches After Working Out | Cove – Cove
https://www.withcove.com/learn/exercise-headache-migraine?srsltid=AfmBOoqkFABlEcN3tCeBAis-ytrlu6CMpF9-g8JEfGqAfY-moqQUarhm
Secondary exertion headaches are typically indicative of a larger problem, like meningitis or a brain tumor, Dr. Bain explains. […] If you suspect you have a secondary exertion headache, Dr. Bain recommends seeking medical attention ASAP. […] If your headaches are new or different than usual, or if they last longer than an hour or two, Dr. Bain recommends talking to a doctor, especially if youre over 40 years old. […] Its impossible to completely avoid all types of fitness that spark migraine pain, as theres no real way to predict which exercise routines will negatively affect you. […] Staying well hydrated, making sure that you have eaten before exercisingespecially food that has a lot of protein in itand taking it easy the first few days that you are at a higher altitude can lessen the chance that you will get a headache, Dr. Bain says.
#9 Exercise and Migraine: What You Should Know if You Get Headaches After Working Out | Cove – Cove
https://www.withcove.com/learn/exercise-headache-migraine?srsltid=AfmBOoqkFABlEcN3tCeBAis-ytrlu6CMpF9-g8JEfGqAfY-moqQUarhm
Secondary exertion headaches are typically indicative of a larger problem, like meningitis or a brain tumor, Dr. Bain explains. […] If you suspect you have a secondary exertion headache, Dr. Bain recommends seeking medical attention ASAP. […] If your headaches are new or different than usual, or if they last longer than an hour or two, Dr. Bain recommends talking to a doctor, especially if youre over 40 years old. […] Its impossible to completely avoid all types of fitness that spark migraine pain, as theres no real way to predict which exercise routines will negatively affect you. […] Staying well hydrated, making sure that you have eaten before exercisingespecially food that has a lot of protein in itand taking it easy the first few days that you are at a higher altitude can lessen the chance that you will get a headache, Dr. Bain says.
#10 Exercise headaches – Symptoms & causes – Mayo Clinic
https://www.mayoclinic.org/diseases-conditions/exercise-headaches/symptoms-causes/syc-20372276
The exact cause of primary exercise headaches is unknown. One theory is that strenuous exercise dilates blood vessels inside the skull. […] Secondary exercise headaches are caused by an underlying problem, such as: Bleeding in the area between the brain and the thin membranes that cover the brain (subarachnoid hemorrhage). […] You may be at greater risk of exercise headaches if you: Exercise in hot weather. […] Exercise headaches tend to occur more often when the weather is hot and humid, or if you’re exercising at high altitudes. […] If you’re prone to exercise headaches, you may want to avoid exercising in these conditions.
#11 Exercise headaches – Symptoms & causes – Mayo Clinic
https://www.mayoclinic.org/diseases-conditions/exercise-headaches/symptoms-causes/syc-20372276
The exact cause of primary exercise headaches is unknown. One theory is that strenuous exercise dilates blood vessels inside the skull. […] Secondary exercise headaches are caused by an underlying problem, such as: Bleeding in the area between the brain and the thin membranes that cover the brain (subarachnoid hemorrhage). […] You may be at greater risk of exercise headaches if you: Exercise in hot weather. […] Exercise headaches tend to occur more often when the weather is hot and humid, or if you’re exercising at high altitudes. […] If you’re prone to exercise headaches, you may want to avoid exercising in these conditions.
#12 Exercise and Migraine: What You Should Know if You Get Headaches After Working Out | Cove – Cove
https://www.withcove.com/learn/exercise-headache-migraine?srsltid=AfmBOoqkFABlEcN3tCeBAis-ytrlu6CMpF9-g8JEfGqAfY-moqQUarhm
Unfortunately, yes. While theres a lot of research suggesting a fitness routine can help mitigate migraine attacks (one migraine study even found that regular exercise is just as effective in reducing migraine frequency as medication!), some people do get headaches during or after strenuous exercise. According to Dr. Bain, some of the most common triggers include high-intensity activities such as rowing, running, playing tennis, swimming, and weight-lifting. […] The first, primary exertional headaches (also called benign exertional headaches), have no obvious cause, though doctors believe physical activity can dilate blood vessels in the brain, translating to pain. […] While the exact reasoning behind primary exercise headaches is unclear, the good news is that these headaches, though painful, are relatively harmless.
#13 Exercise and Migraine: What You Should Know if You Get Headaches After Working Out | Cove – Cove
https://www.withcove.com/learn/exercise-headache-migraine?srsltid=AfmBOoqkFABlEcN3tCeBAis-ytrlu6CMpF9-g8JEfGqAfY-moqQUarhm
If you notice headaches consistently with one type of exercise, Dr. Bain recommends switching to another type of workout. […] Its possible that one or two specific types of exercise are precipitating your headaches. So if you do experience exertion headaches, Dr. Bain encourages individuals to use trial-and-errorand the guidance of a medical professional!to find the workout that works for you.
#14 Exercise and Migraine: What You Should Know if You Get Headaches After Working Out | Cove – Cove
https://www.withcove.com/learn/exercise-headache-migraine?srsltid=AfmBOoqkFABlEcN3tCeBAis-ytrlu6CMpF9-g8JEfGqAfY-moqQUarhm
If you notice headaches consistently with one type of exercise, Dr. Bain recommends switching to another type of workout. […] Its possible that one or two specific types of exercise are precipitating your headaches. So if you do experience exertion headaches, Dr. Bain encourages individuals to use trial-and-errorand the guidance of a medical professional!to find the workout that works for you.
#15 Exercise and Migraine: What You Should Know if You Get Headaches After Working Out | Cove – Cove
https://www.withcove.com/learn/exercise-headache-migraine?srsltid=AfmBOoqkFABlEcN3tCeBAis-ytrlu6CMpF9-g8JEfGqAfY-moqQUarhm
However, a recent study found that high-intensity interval training, or HITT, is effective in reducing migraine attacks in addition to moderate continuous exercise. […] Some experts believe those who already suffer from migraine headaches or have a close family member with a history of migraine are also at a higher risk for exercise-related headaches. […] If youve been experiencing headaches after or during moderate or strenuous exercise, taking a medication like naproxen or indomethacin (both NSAIDs, or nonsteroidal anti-inflammatory drugs) before working up a sweat could help keep pain at bay. […] A category of medication called beta blockers can also help reduce your chances of experiencing a primary exertion headache. […] While primary exertion headaches are frustrating, theyre totally normal and nothing to seriously worry about.
#16 Exercise-Induced Headaches: Prevention, Management, and Treatment
https://www.uspharmacist.com/article/exerciseinduced-headaches-prevention-management-and-treatment
Despite the overwhelming benefits of exercise for the general population, the majority of individuals who experience primary exercise headache report stopping, or lessening the intensity of, their exercise routine to avoid headaches. […] First-line therapy for exercise headache is the implementation of appropriate prevention strategies. […] Although guidelines for the prevention of migraines and headaches do not address potential prophylactic options for exertional headaches, application of these guidelines to exertional headaches may still provide viable options and benefits for these patients. […] Indomethacin is the first-line choice for short-term treatment of exercise-induced headache. […] Indomethacin may be taken either on an as-needed basis prior to a known exertional trigger or as scheduled dosing for headache prophylaxis.
#17 Exercise-Induced Headaches: Prevention, Management, and Treatment
https://www.uspharmacist.com/article/exerciseinduced-headaches-prevention-management-and-treatment
Despite the overwhelming benefits of exercise for the general population, the majority of individuals who experience primary exercise headache report stopping, or lessening the intensity of, their exercise routine to avoid headaches. […] First-line therapy for exercise headache is the implementation of appropriate prevention strategies. […] Although guidelines for the prevention of migraines and headaches do not address potential prophylactic options for exertional headaches, application of these guidelines to exertional headaches may still provide viable options and benefits for these patients. […] Indomethacin is the first-line choice for short-term treatment of exercise-induced headache. […] Indomethacin may be taken either on an as-needed basis prior to a known exertional trigger or as scheduled dosing for headache prophylaxis.
#18 Exercise-Induced Headaches: Prevention, Management, and Treatment
https://www.uspharmacist.com/article/exerciseinduced-headaches-prevention-management-and-treatment
Indomethacin is recommended for short-term use because of adverse effects associated with chronic use of nonsteroidal anti-inflammatory drugs (NSAIDs). […] When long-term or daily headache prophylaxis is needed, beta-blockers are recommended. […] Triptans are another treatment option, particularly when there is a known exertional trigger that cannot be avoided or when the patient does not tolerate indomethacin.
#19 Exercise-Induced Headaches: Prevention, Management, and Treatment
https://www.uspharmacist.com/article/exerciseinduced-headaches-prevention-management-and-treatment
Indomethacin is recommended for short-term use because of adverse effects associated with chronic use of nonsteroidal anti-inflammatory drugs (NSAIDs). […] When long-term or daily headache prophylaxis is needed, beta-blockers are recommended. […] Triptans are another treatment option, particularly when there is a known exertional trigger that cannot be avoided or when the patient does not tolerate indomethacin.
#20 Exercise and Migraine: What You Should Know if You Get Headaches After Working Out | Cove – Cove
https://www.withcove.com/learn/exercise-headache-migraine?srsltid=AfmBOoqkFABlEcN3tCeBAis-ytrlu6CMpF9-g8JEfGqAfY-moqQUarhm
However, a recent study found that high-intensity interval training, or HITT, is effective in reducing migraine attacks in addition to moderate continuous exercise. […] Some experts believe those who already suffer from migraine headaches or have a close family member with a history of migraine are also at a higher risk for exercise-related headaches. […] If youve been experiencing headaches after or during moderate or strenuous exercise, taking a medication like naproxen or indomethacin (both NSAIDs, or nonsteroidal anti-inflammatory drugs) before working up a sweat could help keep pain at bay. […] A category of medication called beta blockers can also help reduce your chances of experiencing a primary exertion headache. […] While primary exertion headaches are frustrating, theyre totally normal and nothing to seriously worry about.
#21 Exercise-Induced Headaches: Prevention, Management, and Treatment
https://www.uspharmacist.com/article/exerciseinduced-headaches-prevention-management-and-treatment
Despite the overwhelming benefits of exercise for the general population, the majority of individuals who experience primary exercise headache report stopping, or lessening the intensity of, their exercise routine to avoid headaches. […] First-line therapy for exercise headache is the implementation of appropriate prevention strategies. […] Although guidelines for the prevention of migraines and headaches do not address potential prophylactic options for exertional headaches, application of these guidelines to exertional headaches may still provide viable options and benefits for these patients. […] Indomethacin is the first-line choice for short-term treatment of exercise-induced headache. […] Indomethacin may be taken either on an as-needed basis prior to a known exertional trigger or as scheduled dosing for headache prophylaxis.
#22 Exercise and Migraine: What You Should Know if You Get Headaches After Working Out | Cove – Cove
https://www.withcove.com/learn/exercise-headache-migraine?srsltid=AfmBOoqkFABlEcN3tCeBAis-ytrlu6CMpF9-g8JEfGqAfY-moqQUarhm
Secondary exertion headaches are typically indicative of a larger problem, like meningitis or a brain tumor, Dr. Bain explains. […] If you suspect you have a secondary exertion headache, Dr. Bain recommends seeking medical attention ASAP. […] If your headaches are new or different than usual, or if they last longer than an hour or two, Dr. Bain recommends talking to a doctor, especially if youre over 40 years old. […] Its impossible to completely avoid all types of fitness that spark migraine pain, as theres no real way to predict which exercise routines will negatively affect you. […] Staying well hydrated, making sure that you have eaten before exercisingespecially food that has a lot of protein in itand taking it easy the first few days that you are at a higher altitude can lessen the chance that you will get a headache, Dr. Bain says.
#23 Efficacy of a strength-based exercise program in patients with chronic tension type headache: a randomized controlled trial
https://pmc.ncbi.nlm.nih.gov/articles/PMC10543698/
Strength-based exercise is widely used to treat tension-type headache, but the evidence of its benefit is unclear. This study aims to analyze the efficacy of a strength-based exercise program in patients with chronic tension-type headaches. […] Between baseline and week-12 of follow-up the intervention group showed statistically significant differences compared to control group in the following primary outcomes: duration and intensity of headaches. […] A 12-week strength training of neck and shoulder region induced changes in pain intensity and duration, and physical-related factors in patients with TTH. […] Future interventions are needed to investigate if normalization of pain characteristics and physical factors can lead to an increase of headache-related impact. […] The main findings of the present study were that the participants of the intervention group experienced significant changes of medium-large magnitude after 12 weeks in: (i) headache characteristics resulting in a decrease of the pain intensity and duration; (ii) cervical muscle thickness by the gain of multifidus and longus colli thickness at rest and contraction; (iii) cervical ROM resulting in an increase of cervical lateral inclination; (iv) PPT resulting in an increase of temporalis, masseter, upper trapezius muscle and median nerve; and (v) CCFT by the gain of deep cervical flexor muscles endurance, compared with the CG during the same period of time. […] A 12-week strength training of neck and shoulder region induced positive changes in pain intensity and duration, neck muscle thickness, lateral inclination ROM, craniocervical PPT and CCFT in patients with TTH.
#24 Efficacy of a strength-based exercise program in patients with chronic tension type headache: a randomized controlled trial
https://pmc.ncbi.nlm.nih.gov/articles/PMC10543698/
Strength-based exercise is widely used to treat tension-type headache, but the evidence of its benefit is unclear. This study aims to analyze the efficacy of a strength-based exercise program in patients with chronic tension-type headaches. […] Between baseline and week-12 of follow-up the intervention group showed statistically significant differences compared to control group in the following primary outcomes: duration and intensity of headaches. […] A 12-week strength training of neck and shoulder region induced changes in pain intensity and duration, and physical-related factors in patients with TTH. […] Future interventions are needed to investigate if normalization of pain characteristics and physical factors can lead to an increase of headache-related impact. […] The main findings of the present study were that the participants of the intervention group experienced significant changes of medium-large magnitude after 12 weeks in: (i) headache characteristics resulting in a decrease of the pain intensity and duration; (ii) cervical muscle thickness by the gain of multifidus and longus colli thickness at rest and contraction; (iii) cervical ROM resulting in an increase of cervical lateral inclination; (iv) PPT resulting in an increase of temporalis, masseter, upper trapezius muscle and median nerve; and (v) CCFT by the gain of deep cervical flexor muscles endurance, compared with the CG during the same period of time. […] A 12-week strength training of neck and shoulder region induced positive changes in pain intensity and duration, neck muscle thickness, lateral inclination ROM, craniocervical PPT and CCFT in patients with TTH.
#25 Efficacy of a strength-based exercise program in patients with chronic tension type headache: a randomized controlled trial
https://pmc.ncbi.nlm.nih.gov/articles/PMC10543698/
Strength-based exercise is widely used to treat tension-type headache, but the evidence of its benefit is unclear. This study aims to analyze the efficacy of a strength-based exercise program in patients with chronic tension-type headaches. […] Between baseline and week-12 of follow-up the intervention group showed statistically significant differences compared to control group in the following primary outcomes: duration and intensity of headaches. […] A 12-week strength training of neck and shoulder region induced changes in pain intensity and duration, and physical-related factors in patients with TTH. […] Future interventions are needed to investigate if normalization of pain characteristics and physical factors can lead to an increase of headache-related impact. […] The main findings of the present study were that the participants of the intervention group experienced significant changes of medium-large magnitude after 12 weeks in: (i) headache characteristics resulting in a decrease of the pain intensity and duration; (ii) cervical muscle thickness by the gain of multifidus and longus colli thickness at rest and contraction; (iii) cervical ROM resulting in an increase of cervical lateral inclination; (iv) PPT resulting in an increase of temporalis, masseter, upper trapezius muscle and median nerve; and (v) CCFT by the gain of deep cervical flexor muscles endurance, compared with the CG during the same period of time. […] A 12-week strength training of neck and shoulder region induced positive changes in pain intensity and duration, neck muscle thickness, lateral inclination ROM, craniocervical PPT and CCFT in patients with TTH.
#26 Prospective Cohort Study of Routine Exercise and Headache Outcomes among Adults with Episodic Migraine
https://pmc.ncbi.nlm.nih.gov/articles/PMC7987744/
In patients with episodic migraine, those who reported moderate-vigorous exercise at least three times per week had fewer headache days per month, though not statistically significant. […] This association was significantly stronger in those who used prophylactic medication for migraines. […] Routine moderate-vigorous exercise may be an important adjunctive strategy for improving headache burden in patients eligible for migraine prophylaxis.
#27 Prospective Cohort Study of Routine Exercise and Headache Outcomes among Adults with Episodic Migraine
https://pmc.ncbi.nlm.nih.gov/articles/PMC7987744/
In patients with episodic migraine, those who reported moderate-vigorous exercise at least three times per week had fewer headache days per month, though not statistically significant. […] This association was significantly stronger in those who used prophylactic medication for migraines. […] Routine moderate-vigorous exercise may be an important adjunctive strategy for improving headache burden in patients eligible for migraine prophylaxis.
#28 Prospective Cohort Study of Routine Exercise and Headache Outcomes among Adults with Episodic Migraine
https://pmc.ncbi.nlm.nih.gov/articles/PMC7987744/
In patients with episodic migraine, those who reported moderate-vigorous exercise at least three times per week had fewer headache days per month, though not statistically significant. […] This association was significantly stronger in those who used prophylactic medication for migraines. […] Routine moderate-vigorous exercise may be an important adjunctive strategy for improving headache burden in patients eligible for migraine prophylaxis.
#29 Exercise and Migraine: What You Should Know if You Get Headaches After Working Out | Cove – Cove
https://www.withcove.com/learn/exercise-headache-migraine?srsltid=AfmBOoqkFABlEcN3tCeBAis-ytrlu6CMpF9-g8JEfGqAfY-moqQUarhm
Unfortunately, yes. While theres a lot of research suggesting a fitness routine can help mitigate migraine attacks (one migraine study even found that regular exercise is just as effective in reducing migraine frequency as medication!), some people do get headaches during or after strenuous exercise. According to Dr. Bain, some of the most common triggers include high-intensity activities such as rowing, running, playing tennis, swimming, and weight-lifting. […] The first, primary exertional headaches (also called benign exertional headaches), have no obvious cause, though doctors believe physical activity can dilate blood vessels in the brain, translating to pain. […] While the exact reasoning behind primary exercise headaches is unclear, the good news is that these headaches, though painful, are relatively harmless.
#30 Exercise and Migraine: What You Should Know if You Get Headaches After Working Out | Cove – Cove
https://www.withcove.com/learn/exercise-headache-migraine?srsltid=AfmBOoqkFABlEcN3tCeBAis-ytrlu6CMpF9-g8JEfGqAfY-moqQUarhm
However, a recent study found that high-intensity interval training, or HITT, is effective in reducing migraine attacks in addition to moderate continuous exercise. […] Some experts believe those who already suffer from migraine headaches or have a close family member with a history of migraine are also at a higher risk for exercise-related headaches. […] If youve been experiencing headaches after or during moderate or strenuous exercise, taking a medication like naproxen or indomethacin (both NSAIDs, or nonsteroidal anti-inflammatory drugs) before working up a sweat could help keep pain at bay. […] A category of medication called beta blockers can also help reduce your chances of experiencing a primary exertion headache. […] While primary exertion headaches are frustrating, theyre totally normal and nothing to seriously worry about.
#31 Does pain self-efficacy predict, moderate or mediate outcomes in people with chronic headache; an exploratory analysis of the CHESS trial | The Journal of Headache and Pain | Full Text
https://thejournalofheadacheandpain.biomedcentral.com/articles/10.1186/s10194-024-01768-5
PSEQ was not an effective predictor of outcome. […] However, change of short-term PSEQ mediated all outcomes, albeit minimally. […] The CHESS intervention improved the mediated variable, PSEQ, by 2.34 (95% CI, 0.484 to 4.187) units and this corresponds to an increase of 0.21 (95% CI, 0.03 to 0.45) units in HIT-6 at 12-months. […] The largest mediated effect was observed on the CH-QLQ Emotional Function, an increase of 1.12 (95% CI, 0.22 to 2.20). […] Future behavioural therapy for chronic headache may need to consider how to achieve larger, and more sustained increases level of self-efficacy than that achieved within the CHESS trial. […] Our observed standardised mean difference of 0.17 is even smaller indicating that a much more intense and/or lengthier intervention would be needed to have a clinically worthwhile effect.
#32 Does pain self-efficacy predict, moderate or mediate outcomes in people with chronic headache; an exploratory analysis of the CHESS trial | The Journal of Headache and Pain | Full Text
https://thejournalofheadacheandpain.biomedcentral.com/articles/10.1186/s10194-024-01768-5
PSEQ was not an effective predictor of outcome. […] However, change of short-term PSEQ mediated all outcomes, albeit minimally. […] The CHESS intervention improved the mediated variable, PSEQ, by 2.34 (95% CI, 0.484 to 4.187) units and this corresponds to an increase of 0.21 (95% CI, 0.03 to 0.45) units in HIT-6 at 12-months. […] The largest mediated effect was observed on the CH-QLQ Emotional Function, an increase of 1.12 (95% CI, 0.22 to 2.20). […] Future behavioural therapy for chronic headache may need to consider how to achieve larger, and more sustained increases level of self-efficacy than that achieved within the CHESS trial. […] Our observed standardised mean difference of 0.17 is even smaller indicating that a much more intense and/or lengthier intervention would be needed to have a clinically worthwhile effect.
#33 Does pain self-efficacy predict, moderate or mediate outcomes in people with chronic headache; an exploratory analysis of the CHESS trial | The Journal of Headache and Pain | Full Text
https://thejournalofheadacheandpain.biomedcentral.com/articles/10.1186/s10194-024-01768-5
PSEQ was not an effective predictor of outcome. […] However, change of short-term PSEQ mediated all outcomes, albeit minimally. […] The CHESS intervention improved the mediated variable, PSEQ, by 2.34 (95% CI, 0.484 to 4.187) units and this corresponds to an increase of 0.21 (95% CI, 0.03 to 0.45) units in HIT-6 at 12-months. […] The largest mediated effect was observed on the CH-QLQ Emotional Function, an increase of 1.12 (95% CI, 0.22 to 2.20). […] Future behavioural therapy for chronic headache may need to consider how to achieve larger, and more sustained increases level of self-efficacy than that achieved within the CHESS trial. […] Our observed standardised mean difference of 0.17 is even smaller indicating that a much more intense and/or lengthier intervention would be needed to have a clinically worthwhile effect.
#34 Does pain self-efficacy predict, moderate or mediate outcomes in people with chronic headache; an exploratory analysis of the CHESS trial | The Journal of Headache and Pain | Full Text
https://thejournalofheadacheandpain.biomedcentral.com/articles/10.1186/s10194-024-01768-5
PSEQ was not an effective predictor of outcome. […] However, change of short-term PSEQ mediated all outcomes, albeit minimally. […] The CHESS intervention improved the mediated variable, PSEQ, by 2.34 (95% CI, 0.484 to 4.187) units and this corresponds to an increase of 0.21 (95% CI, 0.03 to 0.45) units in HIT-6 at 12-months. […] The largest mediated effect was observed on the CH-QLQ Emotional Function, an increase of 1.12 (95% CI, 0.22 to 2.20). […] Future behavioural therapy for chronic headache may need to consider how to achieve larger, and more sustained increases level of self-efficacy than that achieved within the CHESS trial. […] Our observed standardised mean difference of 0.17 is even smaller indicating that a much more intense and/or lengthier intervention would be needed to have a clinically worthwhile effect.
#35 Does pain self-efficacy predict, moderate or mediate outcomes in people with chronic headache; an exploratory analysis of the CHESS trial | The Journal of Headache and Pain | Full Text
https://thejournalofheadacheandpain.biomedcentral.com/articles/10.1186/s10194-024-01768-5
PSEQ was not an effective predictor of outcome. […] However, change of short-term PSEQ mediated all outcomes, albeit minimally. […] The CHESS intervention improved the mediated variable, PSEQ, by 2.34 (95% CI, 0.484 to 4.187) units and this corresponds to an increase of 0.21 (95% CI, 0.03 to 0.45) units in HIT-6 at 12-months. […] The largest mediated effect was observed on the CH-QLQ Emotional Function, an increase of 1.12 (95% CI, 0.22 to 2.20). […] Future behavioural therapy for chronic headache may need to consider how to achieve larger, and more sustained increases level of self-efficacy than that achieved within the CHESS trial. […] Our observed standardised mean difference of 0.17 is even smaller indicating that a much more intense and/or lengthier intervention would be needed to have a clinically worthwhile effect.
#36 Exercise-Induced Headaches: Prevention, Management, and Treatment
https://www.uspharmacist.com/article/exerciseinduced-headaches-prevention-management-and-treatment
Patients who experience headaches related to strenuous physical activity may find it difficult to exercise at sufficient durations or intensities. […] The adoption of appropriate nonpharmacologic and pharmacologic preventive and treatment measures improves exercise tolerance in patients who experience exercise-induced headaches. […] Primary exercise headache is a type of exertional headache; other types include primary cough headache and headache associated with sexual activity. […] In patients with chronic headaches, approximately one-third are associated with exercise, with about 15% being migrainous. […] The mechanism of exertional headaches is usually attributed to increased intracranial pressure and its impact on cerebral blood vessels. […] Transient increases in intracranial pressure caused by physical exertion are thought to produce venous or arterial distention that triggers pain-inducing neurotransmitter pathways and headache symptoms.
#37 Exercise-Induced Headaches: Prevention, Management, and Treatment
https://www.uspharmacist.com/article/exerciseinduced-headaches-prevention-management-and-treatment
Despite the overwhelming benefits of exercise for the general population, the majority of individuals who experience primary exercise headache report stopping, or lessening the intensity of, their exercise routine to avoid headaches. […] First-line therapy for exercise headache is the implementation of appropriate prevention strategies. […] Although guidelines for the prevention of migraines and headaches do not address potential prophylactic options for exertional headaches, application of these guidelines to exertional headaches may still provide viable options and benefits for these patients. […] Indomethacin is the first-line choice for short-term treatment of exercise-induced headache. […] Indomethacin may be taken either on an as-needed basis prior to a known exertional trigger or as scheduled dosing for headache prophylaxis.
#38 Exercise-Induced Headaches: Prevention, Management, and Treatment
https://www.uspharmacist.com/article/exerciseinduced-headaches-prevention-management-and-treatment
Patients who experience headaches related to strenuous physical activity may find it difficult to exercise at sufficient durations or intensities. […] The adoption of appropriate nonpharmacologic and pharmacologic preventive and treatment measures improves exercise tolerance in patients who experience exercise-induced headaches. […] Primary exercise headache is a type of exertional headache; other types include primary cough headache and headache associated with sexual activity. […] In patients with chronic headaches, approximately one-third are associated with exercise, with about 15% being migrainous. […] The mechanism of exertional headaches is usually attributed to increased intracranial pressure and its impact on cerebral blood vessels. […] Transient increases in intracranial pressure caused by physical exertion are thought to produce venous or arterial distention that triggers pain-inducing neurotransmitter pathways and headache symptoms.