Brain freeze (sphenopalatine ganglioneuralgia) is a brief painful headache that happens when cold beverage or food is consumed too quickly. It is caused by having something cold touch the roof of the mouth (palate). The nerve response fron the rapid constriction and swelling of surrounding blood vessels due to the sudden temperature change causes the pain.
Brain freeze lasts about 10 to 20 seconds although some people experience a longer duration. The pain usually is felt at the same side of the head where the cold substance touched the roof of the mouth or to both sides in the case of swallowing. People with migraines are very susceptible to brain freeze.
Consuming cold beverages or food at a slower rate prevents brain freeze.
Changes in brain's blood flow could cause 'brain freeze'
Findings may eventually lead to new treatments for other types of headache
'Brain freeze' is a nearly universal experience—almost everyone has felt the near-instantaneous headache brought on by a bite of ice cream or slurp of ice-cold soda on the upper palate. However, scientists are still at a loss to explain this phenomenon. Since migraine sufferers are more likely to experience brain freeze than people who don't have this often-debilitating condition, brain freeze may share a common mechanism with other types of headaches, including those brought on by the trauma of blast-related combat injuries in soldiers. One possible link between brain freeze and other headache types is local changes in brain blood flow.
In a new study, Melissa Mary Blatt, Michael Falvo, and Jessica Jasien of the Department of Veterans Affairs New Jersey Health Care System, Brian Deegan and Gearold O Laighin of the National University of Ireland Galway, and Jorge Serrador of Harvard Medical School and the War Related Illness and Injury Study Center of the Veterans Affairs New Jersey Health Care System use brain freeze as a proxy for other types of headaches. By bringing on brain freeze in the lab in volunteers and studying blood flow in their brains, the researchers show that the sudden headache seems to be triggered by an abrupt increase in blood flow in the anterior cerebral artery and disappears when this artery constricts. The findings could eventually lead to new treatments for a variety of different headache types.
Brain freeze lasts about 10 to 20 seconds although some people experience a longer duration. The pain usually is felt at the same side of the head where the cold substance touched the roof of the mouth or to both sides in the case of swallowing. People with migraines are very susceptible to brain freeze.
Consuming cold beverages or food at a slower rate prevents brain freeze.
Changes in brain's blood flow could cause 'brain freeze'
Findings may eventually lead to new treatments for other types of headache
'Brain freeze' is a nearly universal experience—almost everyone has felt the near-instantaneous headache brought on by a bite of ice cream or slurp of ice-cold soda on the upper palate. However, scientists are still at a loss to explain this phenomenon. Since migraine sufferers are more likely to experience brain freeze than people who don't have this often-debilitating condition, brain freeze may share a common mechanism with other types of headaches, including those brought on by the trauma of blast-related combat injuries in soldiers. One possible link between brain freeze and other headache types is local changes in brain blood flow.
In a new study, Melissa Mary Blatt, Michael Falvo, and Jessica Jasien of the Department of Veterans Affairs New Jersey Health Care System, Brian Deegan and Gearold O Laighin of the National University of Ireland Galway, and Jorge Serrador of Harvard Medical School and the War Related Illness and Injury Study Center of the Veterans Affairs New Jersey Health Care System use brain freeze as a proxy for other types of headaches. By bringing on brain freeze in the lab in volunteers and studying blood flow in their brains, the researchers show that the sudden headache seems to be triggered by an abrupt increase in blood flow in the anterior cerebral artery and disappears when this artery constricts. The findings could eventually lead to new treatments for a variety of different headache types.
