MONITORING OF BRAIN TISSUE OXYGENATION DURING INDUCED HYPOTENSION; IS CEREBRAL OXIMETERY OF
Mohsen Mohamed Sayed;
Abstract
Anesthetic agents cause dose-related and reversible alterations in many aspects of
cerebral physiology including CBF, cerebral metabolic rate (CMR) and
electrophysiologic function (EEG, evoked responses). The changes in CBF and
CMR can be of clinical i
cerebral physiology including CBF, cerebral metabolic rate (CMR) and
electrophysiologic function (EEG, evoked responses). The changes in CBF and
CMR can be of clinical i
Other data
| Title | MONITORING OF BRAIN TISSUE OXYGENATION DURING INDUCED HYPOTENSION; IS CEREBRAL OXIMETERY OF | Authors | Mohsen Mohamed Sayed | Keywords | MONITORING OF BRAIN TISSUE OXYGENATION DURING INDUCED HYPOTENSION; IS CEREBRAL OXIMETERY OF | Issue Date | 2008 | Description | Anesthetic agents cause dose-related and reversible alterations in many aspects of cerebral physiology including CBF, cerebral metabolic rate (CMR) and electrophysiologic function (EEG, evoked responses). The changes in CBF and CMR can be of clinical i |
Attached Files
| File | Size | Format | |
|---|---|---|---|
| 19928H 378.pdf | 64.85 kB | Adobe PDF | View/Open |
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