Diagnosis
Diagnosis can be made definitively by video recordings of the seizures and Electroencephalography (EEG), which records the electrical activity of the brain. This is typically done after a seizure episode in a clinical setting with an attempt to "capture" a seizure while it happens. According to the "Harrisons Manual of Medicine," the EEG during the tonic phase will show a "progressive increase in low-voltage fast wave activity, followed by generalized high-amplitude, poly spike discharges." The clonic phase EEG will show "high amplitude activity that is typically interrupted by slow waves to create a spike-and-slow-wave pattern." Additionally, the postictal phase will show suppression of all brain activity, then slowing that gradually recovers as the patient awakens. Management
For a person experiencing a tonic–clonic seizure, first-aid treatment includes rolling the person over into the recovery position, which can prevent asphyxiation by preventing fluid from entering the lungs. Other general actions to take as recommended by the Epilepsy Foundation include staying with a person until a seizure is over, paying attention to length of seizure as a possible indication for status epilepticus and/or indication to give rescue medication and call for emergency help, moving close objects out of the way to prevent injury. It is also not recommended to hold a person down that is having a seizure, as that can lead to injury. Nor should anything be put in a persons mouth, as these items can become choking hazards and, depending on what is put in, can potentially break the persons teeth.
Aminoaciduria occurs when the urine contains abnormally high amounts of amino acids. In the healthy kidney, the glomeruli filter all amino acids out of the blood, and the renal tubules then reabsorb over 95% of the filtered amino acids back into the blood.In overflow aminoaciduria, abnormally high concentrations of amino acids in the blood plasma overwhelm the resorptive capacity of the renal tubules, resulting in high concentrations of amino acids in the urine. This may be caused by congenital disorders of amino acid metabolism, for example, phenylketonuria, or may be secondary to liver disease.In renal aminoaciduria, the renal tubules are unable to reabsorb the filtered amino acids back into the blood, causing high concentrations of amino acids in the urine. This may be caused by a defect in the transport proteins in the renal tubule, for example, as occurs in Hartnup disease, or may be due to damage to the kidney tubule, for example, as occurs in Fanconi syndrome. References


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