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Greg Phillpotts' runny nose looked like an unpredictable faucet, flowing randomly through airplanes, during conversations and even during his Thanksgiving dinner. He attributed the problem to allergies until doctors told him that it was not his nose that was flowing, but his brain.
The grandfather of Johnston County, North Carolina, has been beaten with a nose that dries for five years. Doctors could not pinpoint the problem, placing it in conditions as varied as pneumonia and bronchitis, he told WTVD.
In February, his symptoms worsened and he was kept awake all night to cough.
Dr. Alfred Iloreta, an ear, nose and throat specialist at Mount Sinai Hospital in New York City, was in the depths of Phillpotts State and diagnosed him with cerebrospinal fluid leak.
To know more: the "allergies" of the woman were in fact a leak of cerebrospinal fluid
To treat Phillpotts, the doctors took a flap of tissue on another part of his body to seal the leak. The grandfather spoke of the "relief" he felt from being able to breathe properly again.
According to Johns Hopkins University, a leak can occur when the fluid that circulates the ventricles of the brain and around the spinal cord is introduced into the skull, through the ear or nose, or part of the brain called dura. This can be caused by brain damage caused by surgery or head injuries.
According to the CSF Leak Association, at least five out of every 100,000 people experience cerebrospinal fluid leaks worldwide every year. Symptoms include headache, runny nose, visual disturbances and tinnitus. The condition can therefore easily be misdiagnosed. A leak of cerebrospinal fluid can also increase the risk of developing life-threatening meningitis.
Dr. Iloreta explained that the problem could evolve into a so-called ascending infection, allowing the bacteria to "move from the nose to the brain, causing meningitis".
Earlier this year, Kendra Jackson of Omaha, Nebraska, discovered in the same way what she thought were allergies that were actually a leak of cerebrospinal fluid.
Dr. Brad Marple, president of the University of Texas Peter O'Donnell Jr. Brain Institute, commented on Jackson's case at the time. Newsweek"This fluid is used for the mechanical protection of the brain by damping or damping, while playing a role in the immunological protection of it."
"Normally, it is contained within the tight limits of the skull, but it can happen that a disturbance zone can develop between the intracranial cavity and the spaces filled with air in the skull. Sinuses are examples of air-filled spaces in the skull that share a thin wall common with the intracranial cavity and serve as a common pathway for CSF leakage. Under these circumstances, the CRL can run off the nose and be mistaken for a runny nose.
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