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multifocal leukoencephalopathy
If these pinpoints are in the brain the it would beNMDA Antagonist Neurotoxicity (Olney's Lesions)
neurologist
kinetic
The brain
Several
There is no set amount of brain lesions that occur with progressive multifocal leukoencephalopathy. The amount can range from one to several and will vary depending on the amount of damage the virus which causes the disease has a chance to do.
Progressive multifocal leukoencephalopathy (PML) is a rapidly progressive neuromuscular disease caused by opportunistic infection of brain cells
No, scalp lesions affect the skin and hair of the scalp. What happens on the scalp does not permeate the brain. The brain is under the skull bones. The lesions cannot get through the skull to the brain.
It is not dementia that causes brain lesions. It is the brain lesions that could have caused Dementia. Dementia Praecox was the type of dementia that involved brain lesions post mortem. You can try to read passages from the "Dementia Praecox Studies: A Journal of Psychiatry of Adolescence," (1920 Vol. 3-4 by Holmes, B.T.)
Eating disorders have been sometimes considered to be associated with brain lesions, see links below.
These are called lesions. Brain lesions can be caused by injury, infection, exposure to certain chemicals, problems with the immune system, and more. Typically, their cause is unknown.These are called lesions. Brain lesions can be caused by injury, infection, exposure to certain chemicals, problems with the immune system, and more. Typically, their cause is unknown.
There are many conditions which can cause a lot of brain lesions. Some of those conditions are multiple sclerosis, repeated injuries, infections, and cancer.
In psychology, brain lesions are areas of damaged or abnormal tissue within the brain that can result from injury, disease, or other causes. Lesions can impact cognitive functioning, behavior, and emotional regulation depending on their location and severity. They are often studied to better understand the brain-behavior relationships in various psychological conditions.
plaques
The T2 signal is used by MRI machines to help identify different characteristics of tissues within the brain. For example, the T2 signal can help identify if the tissue contains too much water.
multifocal leukoencephalopathy