Lancet neurology
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More than 150 years after bromide was introduced as the first antiepileptic drug, adverse effects remain a leading cause of treatment failure and a major determinant of impaired health-related quality of life in people with epilepsy. Adverse effects can develop acutely or many years after starting treatment and can affect any organ or structure. In the past two decades, many efforts have been made to reduce the burden of antiepileptic drug toxicity. ⋯ Patient profiles associated with increased risk of specific adverse effects have been uncovered through advances in the areas of epidemiology and pharmacogenomics. Several new-generation antiepileptic drugs with improved tolerability profiles and reduced potential for drug interaction have been added to the therapeutic armamentarium. Overall, these advances have expanded the opportunities to tailor treatment with antiepileptic drugs, to enhance effectiveness and minimise the risk of toxic effects.
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Most women with active epilepsy need treatment with antiepileptic drugs during pregnancy. Antiepileptic drugs are also frequently used for other indications, such as migraine, pain syndromes, and psychiatric disorders, which are prevalent among women of childbearing age. ⋯ Adverse drug effects on the fetus can present as fetal loss, intrauterine growth retardation, congenital malformations, impaired postnatal development, and behavioural problems. For optimum use of antiepileptic drugs in women of childbearing age and rational management of epilepsy during pregnancy, a thorough understanding of the teratogenic effects of antiepileptic drugs and knowledge of the differences in risks between various treatment options are needed.
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Consciousness is essential to normal human life. In epileptic seizures consciousness is often transiently lost, which makes it impossible for the individual to experience or respond. These effects have huge consequences for safety, productivity, emotional health, and quality of life. ⋯ Advances in neuroimaging, electrophysiology, and prospective behavioural testing have shed light on how epileptic seizures disrupt the consciousness system. Diverse seizure types, including absence, generalised tonic-clonic, and complex partial seizures, converge on the same set of anatomical structures through different mechanisms to disrupt consciousness. Understanding of these mechanisms could lead to improved treatment strategies to prevent impairment of consciousness and improve the quality of life of people with epilepsy.
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Factors such as inactivity, poor nutrition, smoking, and depression could contribute to an increased risk of dementia in prisoners. But limited prison resources mean that even simple measures to reduce these risks might not be implemented. Mario Christodoulou reports.