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首页> 外文期刊>Neurology India. >The role of proton neurospectroscopy in the assessment of brain function, estimation of coma duration, and prediction of outcome in severe traumatic brain injury.
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The role of proton neurospectroscopy in the assessment of brain function, estimation of coma duration, and prediction of outcome in severe traumatic brain injury.

机译:质子神经光谱学在严重脑外伤的脑功能评估,昏迷持续时间估计和结果预测中的作用。

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摘要

Traumatic (or closed) brain injury has an annual incidence in the United States of approximately 150 per 100,000, more commonly affects males, and is often the result of motor vehicle accidents (particularly in those aged 15 to 24 years in the USA) and of falls (particularly in those aged over 64 years). In 1974, Graham Teasdale and Bryan Jennett, from the Glasgow University Department of Neurosurgery, published the Glasgow Coma Scale. They developed this scale on the basis that in gauging change (deterioration or improvement) in the acute stage of a condition associated with coma or impaired consciousness, and in predicting the ultimate outcome, 'the degree and duration of altered consciousness usually overshadow all other clinical features in importance.
机译:在美国,外伤性(或封闭性)脑损伤的年发病率约为每100,000人中有150起,更常见于男性,并且通常是机动车事故(尤其是在美国15至24岁的人中)造成的。跌倒(尤其是那些64岁以上的人)。 1974年,格拉斯哥大学神经外科系的Graham Teasdale和Bryan Jennett出版了格拉斯哥昏迷量表。他们制定此量表的依据是,在测量与昏迷或意识障碍相关的疾病的急性期的变化(恶化或改善),并预测最终结果时,“意识障碍的程度和持续时间通常会掩盖所有其他临床症状。重要性。

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