Effect of Deep Isoflurane Anesthesia on Cerebral Blood Flow Autoregulation in Non-Human Primates

Keywords

abstracts accuracy adult ambient anesthesia anesthesiologist anesthesiologists anesthesiology anesthetic animal animals anterior applied arterial aspects associative audience baboon barrier blood body brain cardiovascular cerebellum cerebral coil concentration concentrations consideration continuous continuously control correlation cortex cortical decreased deep delay dependent disease disorders disrupted distribution dosage dosages dose doses duration dynamic either employed evaluated evident except female flow function generally global heart human humans hypothesized illustrated impaired impairs increasing indicating induced influence labeling learning maintained manner mapping maps matrix measured measures medial memory might minute mixed model models monitor monitored monkey monkeys motor national neurology nitrous normalized pairs permeability physiological physiology poorly post preserved pressure previous primate primates prior processes progressively pseudo recorded regional regionally related remained remains repeated researchers researches resemble respiration rhesus role saturation scanner scientists selected session significantly slice society specification static statistical still structures studies suggest susceptible taken target temperature thalamus transition understood utilized variance various volume widely years