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My husband has sz. from a car accident in 1977
Mon, 07/12/2010 - 20:54Comments
Re: My husband has sz. from a car accident in 1977
Submitted by shellylp on Mon, 2010-07-19 - 18:36
Thank you for the information. The last part is very helpful. Hubby in bed now but will read this to him tomorrow. Just want him to know he's not alone and not going crazy. Thanks again so much!
Thank you for the information. The last part is very helpful. Hubby in bed now but will read this to him tomorrow. Just want him to know he's not alone and not going crazy. Thanks again so much!
Re: My husband has sz. from a car accident in 1977
Submitted by phylisfjohnson on Tue, 2010-07-20 - 08:22
Shelly, there are other diagnostic testing options you might want to explore:
CAT Scan (Computerized Axial Tomography) or CT (Computed Tomography) – provides detailed information about the structure of the brain by using a series of X-ray beams passing through the head to create cross-sectional images of the brain.
These may reveal abnormalities (blood clots, cysts, tumors, scar tissue, etc.) in the skull or brain which may be related to seizures. It allows physicians to examine the brain, section by section, as the test is being conducted and helps to point to where a person’s seizures originate.
MRI ( Magnetic Resonance Imaging) – provides a detailed picture of brain structures which helps physicians locate possible causes of seizures and identify areas that may generate seizures.
Because seizures can arise from scar tissue in the brain, an MRI can show scar tissue and allow doctors to determine the nature of it. The images produced from the MRI are extremely precise. The information provided is valuable in the diagnosis and treatment of individuals with epilepsy.
Functional MRI – takes images in “real time” sequence and faster than the traditional MRI. By providing information about active brain tissue function and blood delivery, it is more precise and is often used to create a “map” of the brain and indicate where language, motor, and sensory areas are located. During the scan, the patient is asked to perform certain tasks, such as tapping fingers or repeating a list of words. From the image, the neurological team can locate the exact seizure area of the brain.
Has anybody suggested further testing? Phylis Feiner Johnson www.epilepsytalk.com
Shelly, there are other diagnostic testing options you might want to explore:
CAT Scan (Computerized Axial Tomography) or CT (Computed Tomography) – provides detailed information about the structure of the brain by using a series of X-ray beams passing through the head to create cross-sectional images of the brain.
These may reveal abnormalities (blood clots, cysts, tumors, scar tissue, etc.) in the skull or brain which may be related to seizures. It allows physicians to examine the brain, section by section, as the test is being conducted and helps to point to where a person’s seizures originate.
MRI ( Magnetic Resonance Imaging) – provides a detailed picture of brain structures which helps physicians locate possible causes of seizures and identify areas that may generate seizures.
Because seizures can arise from scar tissue in the brain, an MRI can show scar tissue and allow doctors to determine the nature of it. The images produced from the MRI are extremely precise. The information provided is valuable in the diagnosis and treatment of individuals with epilepsy.
Functional MRI – takes images in “real time” sequence and faster than the traditional MRI. By providing information about active brain tissue function and blood delivery, it is more precise and is often used to create a “map” of the brain and indicate where language, motor, and sensory areas are located. During the scan, the patient is asked to perform certain tasks, such as tapping fingers or repeating a list of words. From the image, the neurological team can locate the exact seizure area of the brain.
Has anybody suggested further testing? Phylis Feiner Johnson www.epilepsytalk.com
Re: My husband has sz. from a car accident in 1977
Submitted by phylisfjohnson on Tue, 2010-07-13 - 11:32
This comes from braininjury.com: "Unfortunately, seizures may develop immediately after an injury to the brain or may develop in delayed fashion, showing up months or years after the initial trauma. Generally speaking, the risk of post traumatic seizures is related to the severity of the injury- the greater the injury, the higher the risk of developing seizures. Even mild to moderate injuries can result in seizures.
There are many kinds of seizures and seizures are not an uncommon condition among persons without head injuries. It is thought that a head injury disrupts the pathways of the brain and that an epileptic seizure can be viewed as a sort of short circuit of the brain's electrical functioning. During the seizure the electrical fields in the brain are overloaded, resulting in seizures...
Longer onset epilepsy beginning more than four years after the trauma occurs in 20% of patients who developed epilepsy...
There is a type of seizure know as "Complex Partial-Seizure Disorder." A majority of the persons suffering these more subtle types of seizure (in which one's perception is changed, sensors are altered, blanking out occurs and other more subtle things occur) would have normal findings on the EEG. However, all of the patients in the studies confirming this disorder had evidence of cerebral dysfunction on neuropsychological testing." Phylis Feiner Johnson www.epilepsytalk.com
This comes from braininjury.com: "Unfortunately, seizures may develop immediately after an injury to the brain or may develop in delayed fashion, showing up months or years after the initial trauma. Generally speaking, the risk of post traumatic seizures is related to the severity of the injury- the greater the injury, the higher the risk of developing seizures. Even mild to moderate injuries can result in seizures.
There are many kinds of seizures and seizures are not an uncommon condition among persons without head injuries. It is thought that a head injury disrupts the pathways of the brain and that an epileptic seizure can be viewed as a sort of short circuit of the brain's electrical functioning. During the seizure the electrical fields in the brain are overloaded, resulting in seizures...
Longer onset epilepsy beginning more than four years after the trauma occurs in 20% of patients who developed epilepsy...
There is a type of seizure know as "Complex Partial-Seizure Disorder." A majority of the persons suffering these more subtle types of seizure (in which one's perception is changed, sensors are altered, blanking out occurs and other more subtle things occur) would have normal findings on the EEG. However, all of the patients in the studies confirming this disorder had evidence of cerebral dysfunction on neuropsychological testing." Phylis Feiner Johnson www.epilepsytalk.com