Split My Brain: A Case Study of Seizure Disorder and Brain.

This article presents a case study on seizure disorder and brain function. This case involves a couple deciding whether or not their son should undergo brain surgery to treat a severe seizure disorder. In examining this dilemma, students apply knowledge of brain anatomy and function.

This case involves a couple deciding whether or not their son should undergo brain surgery to treat a severe seizure disorder. In examining this dilemma, students apply knowledge of brain anatomy and function. They also learn about brain scanning techniques and discuss the plasticity of the brain.

Seizure Disorder and Brain Function Case Study by Prezi.

Case Study of Seizure Disorder and Brain Function Electrical Activity in the brain Corpus Collosotomy Treatments? When the left and right brain are separated each hemisphere can tend to have it's own separate perception, concepts, and impulses to act. Therefore creating dilemmas.This case study involves a couple deciding whether or not their son should undergo brain surgery to treat a severe seizure disorder. In examining this dilemma, students apply knowledge of brain anatomy and function. They also learn about brain scanning techniques and discuss the plasticity of the brain.The neurologist informs Alanna that no brain tumor, infection, or trauma was found but she did have seizure brain wave activity during the EEG. This brain activity is indicative of Epilepsy.


The term epilepsy, sometimes referred to as seizure disorder, refers to a tendency to have recurrent seizures. A seizure is a temporary disturbance in brain function in which groups of nerve cells in the brain signal abnormally and excessively. During a seizure, symptoms vary depending on the type of epilepsy.Answer to Case Study Analysis Split My Brain: A Case Study of Seizure Disorder and Brain Function The rehabilitative power of our Abnormal electrical activity in the brain can cause seizures. According to some studies, between 7% and 10% of people will suffer a single isolated seizure at These tests look for some of the visible causes of seizures, but in most cases.

This case study is intended to reinforce student learning of basic brain physiology, introduce the idea of the brain’s plasticity, and give students an idea of the complexity of neurological disorders.

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Case Study Analysis. Split My Brain: A Case Study of Seizure Disorder and Brain Function The rehabilitative power of our brain when we are young is absolutely amazing. Read the following case study about a child with epilepsy and the decision that must be made about conducting a hemispherectemy to eliminate the debilitating seizures.

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In addition, brain CT angiogram and carotid Doppler allow visualization of blood vessels and blood flow to the brain, which prove to be valuable diagnostic strategies in stroke management. Question 2. Onset of stroke is sudden. Patients can manifest generalized symptoms as disorientation, confusion, dizziness, seizure, vomiting or severe headache.

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In focal aware seizures, abnormal electrical discharges begin in a small area of the brain and remain confined to that area. Because only a small area of the brain is affected, symptoms are related to the function controlled by that area. For example, if the small area of the brain that controls the right arm’s movements (in the left frontal lobe) is affected, the right arm may involuntarily.

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Seizure disorders are an unusual neurological event that occurs in the brain. Abnormal electrical activity in the brain that causes strange behaviors or movements is a symptom of epilepsy. There are several types of seizure disorders that exist and it is important for a doctor give his patient a correct diagnosis for the type of seizure disorders that they have (Yard and Thurman, 2000).

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Epilepsy is a common disorder affecting all age groups. Diagnosis depends on accurate eyewitness description and electroencephalography. Many genetic, metabolic, and structural perturbations of.

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The epileptic seizures involve loss or distortion of consciousness and psychological and physical symptoms. Though about 20 per cent of these epileptic fits may be attributed to chronic brain disorders such as tumours, inflammation or trauma in the brain, more than 75 per cent of the epileptic fits are called idiopathic epilepsy as they do not have any known cause.

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Epilepsy Epilepsy “Epilepsy is a brain disorder in which a person has repeated seizures (convulsions) over time. Seizures are episodes of disturbedbrain activity that cause changes in attention or behavior”(Epilepsy, 2011).The symptoms of epilepsy vary from person to person. Some people loss alertness for a while whereas some others may undergo emotional changes and strange sensations.

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A functional neurological disorder (FND) is a condition in which patients experience neurological symptoms such as weakness, movement disorders, sensory symptoms and blackouts. In the past, the brain of a patient with functional neurological symptom disorder was believed to be structurally normal, but functioning incorrectly. Patients with FND were marginalized for much of the 20th century.

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A number of studies have shown that post-ischaemia seizures (i.e. post-CVA seizures) are associated with an increased mortality rate (Arboix et al., 2003) Results regarding the impact of ischaemia induced post-CVA seizures on mortality outcome are however, inconsistent at best.

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