[Nurseling and children general anaesthesia in brain neuroradiology: from gaz tomoencephalography to brain computer tomography (author's transl)].

Anesthesie, analgesie, reanimation Pub Date : 1981-01-01
M Petitdidier, M Margarot, P Blanchet, B Roquefeuil
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Abstract

The authors give their experiences in nurseling and children brain neuroradiology anaesthesia. Sodium gammahydroxybutyrate has been definitively adopted after multiples anaesthesial protocoles for the gaz tomoencephalographic exam, known for its technical risks. The gamma OH gives a perfect cardiac and pulmonary stability in difficult conditions, with normal intracranial pression, even in children anaesthesia with Halothane (0.5%) for complementary analgesic effect or with fractionate injections of dextromoramide. Pneumoencephalography has been releguated in second place by the even of brain computer tomography except some particular indications. But this exam qualified as painless is usually indicated in fragile and deficient childrens. Though the intravenous iodated contrasted substance injection can improve the scan image quality and may induce secondary effects at 2 cm3/kg dose. It's again gamma OH after correct premedication that gives stable, perfect immobility, cardiac and pulmonary stability in an ideal anaesthesia for non ventilated patients. The only critical aspect of this method consists on a prolonged and imprevisible delay to awake so that it cannot be an ambulatory anaesthesial method. Therefore it appears that gamma OH in spite of brain computer tomographic event, is an interesting anaesthesic drug but non definitive in brain neuroradiological exam for childrens.

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[脑神经放射学中的护理和儿童全身麻醉:从气相断层扫描到脑计算机断层扫描[作者译]。
作者介绍了自己在小儿脑神经放射麻醉护理方面的经验。γ -羟基丁酸钠在多次麻醉方案后被明确采用,以其技术风险而闻名。在颅内压正常的情况下,即使在儿童麻醉时使用氟烷(0.5%)作为补充镇痛作用或使用分酸注射右曲莫胺,γ OH也能在困难条件下保持完美的心脏和肺稳定性。除一些特殊适应症外,气脑造影已被脑计算机断层扫描排在第二位。但这种无痛的检查通常用于脆弱和有缺陷的儿童。虽然静脉注射碘化对比剂可以改善扫描图像质量,但在2 cm3/kg剂量下可能会产生二次效应。在正确的预用药后,再次是γ - OH在理想的麻醉中为非通气患者提供稳定,完美的不动,心脏和肺的稳定。该方法的唯一关键方面在于其唤醒时间的延长和不可预见的延迟,因此它不能作为一种动态麻醉方法。因此,尽管脑计算机断层扫描事件,γ - OH是一种有趣的麻醉药物,但在儿童脑神经放射学检查中不确定。
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