Titlebook: Cerebral Damage Before and After Cardiac Surgery; Allen E. Willner Book 1993 Springer Science+Business Media Dordrecht 1993 PET.Surgery.br

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Computerized EEG in cardiac surgery delay so that its cause can be discovered and the efficacy of the course of action can be checked. Second, it is essential to have a built-in warning/alarm system to indicate when the margins of safety have been reached. Automatic analysis without such a system is useless and brings one no further

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Photographic Development and Developersnary bypass. But the CNS risks of the cardiac patient are not limited to the pre- and intraorperative phases only. After operation, there remain a number of potential hazards for the CNS; e.g., those associated with the life-long anticoagulant treatment needed after valvular replacement and with emb

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https://doi.org/10.1007/978-3-662-09138-8ifferences in performance .. Electroencephalography (EEG) used to be the only method for measuring regional brain activity, and it can also be used to examine intra-hemispheric effects. However, its spatial resolution is poor and the relationship between patterns of electric activity and the underly

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https://doi.org/10.1007/978-3-662-09140-1 delay so that its cause can be discovered and the efficacy of the course of action can be checked. Second, it is essential to have a built-in warning/alarm system to indicate when the margins of safety have been reached. Automatic analysis without such a system is useless and brings one no further

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Cardiac surgery and acute neurological injuryer open heart surgery depend upon the delivery of oxygen to the brain. The brain consumes 3–5 ml of oxygen/100 g/min, or more than 20% of the total body consumption of oxygen, and nearly 15% of the cardiac output is required to deliver this amount of oxygen to the brain which itself only accounts fo

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