Intraoperative 16-Channel Electroencephalography and Bilateral Near Infrared Spectroscopy Monitorization in Aortic Surgery

Intraoperative 16-Channel Electroencephalography and Bilateral Near Infrared Spectroscopy Monitorization in Aortic Surgery

Transient neurologic dysfunction is common after aortic surgery. Major causes of postoperative complications followed by cardiac surgery are due to hypoperfusion states such as selective cerebral perfusion, embolic debris during cardiopulmonary bypass and ulcerated plaque emboli originated from caro...

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Veröffentlicht in:Turkish journal of anaesthesiology and reanimation 2015-07, Vol.43 (4), p.274
Hauptverfasser: Demir, Asli, Aydinli, Bahar, Ertekin, Utku Ünal, Bindal, Mustafa, Koçulu, Rabia, Saritas, Ahmet, Karadeniz, Ümit
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container_issue 4
container_start_page 274
container_title Turkish journal of anaesthesiology and reanimation
container_volume 43
creator Demir, Asli
Aydinli, Bahar
Ertekin, Utku Ünal
Bindal, Mustafa
Koçulu, Rabia
Saritas, Ahmet
Karadeniz, Ümit
description Transient neurologic dysfunction is common after aortic surgery. Major causes of postoperative complications followed by cardiac surgery are due to hypoperfusion states such as selective cerebral perfusion, embolic debris during cardiopulmonary bypass and ulcerated plaque emboli originated from carotid arteries. Neurologic complications prolong periods of intensive care unit and hospital stay, worsens quality of life and unfortunately they are an important cause of morbidity. Anaesthesia during a carotid and aortic surgery constitutes of providing adequate brain perfusion pressure, attenuating cerebral metabolism by anaesthetic agents and monitoring the cerebral metabolic supply and demand relationship during the intraoperative period. We present a monitoring approach with an intraoperative 16-channel electroencephalography and bilateral near infrared spectroscopy during redo aneurysm of the sinus of Valsalva surgery.
doi_str_mv 10.5152/TJAR.2015.78736
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title Intraoperative 16-Channel Electroencephalography and Bilateral Near Infrared Spectroscopy Monitorization in Aortic Surgery
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